Aeriform Manned Remote Sensing Aircrafts Engineering Essay

By and large there has ever been a hold with aeriform manned distant feeling aircrafts due to unsuitable conditions conditions. But when compared to remote-controlled aircrafts which are much more efficient and dependable, remote-controlled dirigibles can wing subjacent and at a slower velocity which can take to sharper images. These factors besides assure high definition and accurate images which are much better than other manned or remote-controlled aircrafts. This undertaking will depict about types of dirigible, basic constituents for the remote-controlled dirigible which can be used for surveillance intent, photogrammetry system. There are two types of platform for remote-controlled aerial vehicles which is recognized for function and surveillance. They are distant controlled aerial vehicle and remote-controlled dirigible. This undertaking will concentrate on the ulterior type that is remote-controlled dirigible and its application in the field of appraising and function and bes ides other Scopess. Introduction By and large in present clip, photogrammetry is done through orbiters and aircrafts which are controlled by homo. However due to revolve of orbiter, it is hard to accomplish on timely footing. Besides upwind status can impact the consequences. In add-on it is hard to carry through photogrammetry undertaking through manned aircraft in heavy cloud conditions. Hence the usage of remote-controlled aerial vehicles and remote-controlled dirigible will be good for low height photogrammetry. Unmanned dirigible can wing at low height. In add-on they do n't necessitate any landing field for take-off every bit good as landing. Besides they can wing under cloudy conditions hence cloudy conditions has no consequence on dirigible. They can be commercialized as they are cost effectual and has flexible use. Airships travel at really slow velocity which makes it possible to get more clearer and focused images. Hence dirigible can be appropriate for several undertakings such as broad country function in small towns, little towns and other assorted sites. The chief benefit of an dirigible is that it can wing every bit low as 100 metres and can wing every bit slow as 40 kilometers in an hr. Hence high quality images can be captured which can assist to acquire high truth photogrammetry. This can be good achieved by dirigible than any aircraft.AirshipsAn dirigible is an aircraft which is lighter than air. It is besides known as steerable. An airship derives its push from an engine while lift is obtained from gases which is normally helium or hot gas. There are four types of dirigible. They are stiff building, semi-rigid building, and Non-rigid building and hot air Colonel Blimps.Rigid buildingRigid dirigibles have internal stiff construction. This type of design was used in Zeppelins and USS Akron and Macon. This type of construction is made with aluminium metal which maintains the form of dirigible. Rigid dirigibles are heavy. This type is merely suited when the dirigible length is more than 100 metres. Rigid dirigible have high weight to volume ratio hence it was efficient merely for big dirigibles. Rigid dirigibles can be developed by the usage of composite construction.Semi stiff buildingSemi stiff construction had the stiff construction on the lower portion i.e. keel of dirigible and above construction was formed by envelope which was pressurized by gases. There are two methods for attaching both the part. It can be done either by straight attaching both the construction automatically or lower keel subdivision can be suspended under the pressurized envelope. This type was more celebrated in the early decennaries. The dirigible named Italia, in which General Umberto Nobile ‘s attempted to make North Pole, used this type of building type. The other popular dirigible of this type is Brazilian dirigible named Alberto Santos Dumont.Non-rigid buildingThis type of building is common in usage in present yearss. This type of dirigibles is besides known as Colonel Blimps. The building has no stiff parts except rid er cabin and the tail fives. The construction is like a big gas balloon while the form is sustained by over force per unit area from interior. Non stiff dirigibles are used in present clip for advertizement. In USA, Goodyear, Budweiser and MetLife used this non stiff dirigible for advertizement. In Europe Fuji and in India, Vodafone late used this type of Colonel Blimps.Hot air Colonel BlimpsHot air Colonel Blimps have non-rigid building but they are considered as an independent sort. This type of dirigibles is besides known as thermic dirigibles. They are derived from conventional hot air balloons. This type of dirigible was developed by adding tail fives and engine to hot air balloons. However dirigible was shortly developed, length of envelops were increased and the hot air from the propellor was used to supercharge rudder and tail fives. The chief characteristic which was developed in this type is that latest hot air Colonel Blimps sustained their form by over force per unit are a from interior in the full dirigible envelope. This characteristic was absent in the early theoretical accounts. Airships fly on the Archimedes rule which states that raising force obtained from the fluid on the organic structure immersed in to it is equal to the mass of the fluid which is displaced. The dirigible if filled with gases like H, He or hot air. This provides lift to the dirigible which is equal to mass of the displaced air as the air has high specific weight compared to the gas filled inside the envelope of dirigible. The raising features of He, H and hot air can be given by pollex regulation which states that Hot air lift Hydrogen lift Helium lift 1 three-dimensional metre 300 gms 1100 gms 1000 gms 1000 three-dimensional pess 20 lbs 66 lbs 60 lbs These informations allows the alteration in tallness, humidness and temperature. Based on the demand, the volume of gas inside envelope can be increased or decreased to keep a peculiar height. Unlike hot air balloons, dirigibles have engine which helps to maneuver dirigible. Hence they are non much affected by impacts of air current. Helium expands as the tallness additions. It provides maximal lift to airship nevertheless engines besides increase lift along with ability to maneuver. Latest dirigibles are designed in a manner that they are able to execute low velocity tactic. They can be handled by little land squad. Latest unmanned dirigible can work independently and besides has the ability to vibrate over a peculiar country, which is a cardinal benefit for its usage in surveillance and function at lower height and communicating relay on higher heights. Research is carried out to develop remote-controlled dirigible which is believed to cheap permutations to satellite communicating.Basic constituentsThe chief constituents for the remote-controlled dirigible used for the photogrammetry at low height are winging platform, image detectors and informations processing system. Flying platform – it by and large comprise of remote-controlled He filled dirigible, flight control system ( car pilot ) , planetary placement system and besides land systems for communicating. Auto pilot, land system and remote-controlled dirigible are used to obtain safe and unafraid flight platform and besides for image sensor impact during aerial path. Whereas planetary placement system is incorporated to get accurate geographical co-ordinates of the location or site. High truth control can be obtained through T usage of planetary placement system hence a differential planetary placement system or individual point GPS can be used. Differential GPS is an augmentation to GPS which uses land station to convey the difference between the places shown by known location and the place obtained through orbiters. While individual point placement means the appraisal of the co-ordinates of a point on Earth, it can be on sea or land, in context to a specific co-ordinate system. Single point placement is calculated by comparing measuring from unknown co-ordinates with a known co-ordinate. Imaging sensors- imagination detectors has particular apparatus. It has broad angle camera which is really advantageous in appraising undertaking and besides in low height marks. It has four cameras which helps in bettering efficiency and besides increase image scope by 4 creases. In add-on it besides helps in geting high ratio 3 dimensional image which improves the truth of tallness measurings. Data processing system- photogrammetry system for remote-controlled dirigible at low height involves three stairss. First making a flight program harmonizing to operator ‘s demand and within the restriction of dirigible. Second winging an dirigible to designated country with the imagination equipment and geting images and in conclusion production of photogrammetric reappraisal and DEM and DOM by treating the obtained imagesPlatformUnmanned airship platform is accepted agencies for mapping. The demand for photogrammetry flight are that the tallness can be anyplace between 50 to 1000 metres and velocity in the scope of up to 50 kilometers per hr. The warhead of remote-controlled dirigible will be about 50 kgs and therefore size of the dirigible will be moderately little. Unmanned dirigible may hold remote pilot which will so hold manual remote operation along with car scheduling and car control maps. A simple constructed two dimensional platform is by and large constructed to mai ntain the camera detectors in the perpendicular place in mention to its optical axis. In China, remote-controlled He dirigible has been developed. This remote-controlled dirigible has assorted constituents such as commanding platform, pre-programmed flight commanding device, transmittal concatenation and land control monitoring system, station for berthing and In-field equipment for recycling of He gas which besides includes cartridges of He. This system integrated appropriate stable hardware intermixing platform. The main features are that this platform is light weight, little sized and recognized stable platform. In add-on the commanding system of this dirigible ‘s platform comprises of control system on land and there is speedy transportation of informations and even panel is charged quickly.Imaging detectorAn ultra-wide angle camera is built by the usage of four digital cameras, each in a different optical axis designed to obtain wider scope and better imaging capablenesss. The four digital cameras have particular design to hold overlapping sectors so that f our images from these cameras have high truth in footings of accommodation of comparative alliance constituents between these cameras. This will besides guarantee compensation of mistakes due to aircraft building and mechanical construction. After compensation, mistake can be reduced to 0.4 pels which is sort of really accurate image. This method is of import for remote-controlled dirigible as it helps to cut down the overall weight of imaging system. All the four cameras are calibrated accurately to counterbalance against any geometrical optical change. The chief advantages in utilizing extremist broad angle cameras are The increased efficiency to obtain big framed images at really low height flight Accuracy in height finding between any terrain and the land degree. Normal digital cameras are used in remote-controlled dirigible because of the weight factor and besides to guarantee that the system and package in remote-controlled dirigible are non complicated and are kept every bit easy as possible to avoid any ambiguity due to failure. The truth of stabilisation platform is low nevertheless this imagination system can bring forth high declaration images due to low height winging. In entire maintaining advantage and disadvantages in to consideration, it is acceptable that remote-controlled dirigible is more suited for photogrammetry, aerial study, monitoring and big country function. The broad angle camera system used for low height weighs about 15 kgs and hence it is really suited and meets the standard for this visible radiation and comparatively smaller remote-controlled aerial vehicles and remote-controlled dirigible. This remote-controlled dirigible is 20 metres in length and with diameter of 5 metres. Loading is designed to the weight of 50 kgs. It can travel up to tallness of 1000 metres with the velocity of 40-50 kilometers per hr and the continuance of flight will be 3 hours. This dirigible can defy the air current at the degree of 6 which is shown in figure. The imagination detector of this low winging remote-controlled dirigible can get images with 0.1 metre declaration at an height of 500 metres and 0.05 metre declaration at an height of 300 metres. The imaging detectors can take images in 0.6 square kilometre country at an height of 300 metres. This means that in an hr this dirigible can cover country of 30 square kilometers. The combination of four digital cameras which signifiers broad angle camera system is shown in figure Low height camera system includes the ultra-wide angle camera formed by the combination of four camera used at low heights, control system for clip fluctuation and stable platform which is shown in figure The combination system for camera besides ensures truth in height measuring and besides calibrates the cameras on its ain. The benefits of utilizing four camera combinations in topographic point of individual camera system can be seen in the tabular array which compares both types of system. Camera type Four camera system Single camera system Largest frame of image 11750 Ten 5504 4368 Ten 2912 Field angle/ grade of image 124 X 100 72 X 52 124 X100 Focal length/ millimeter 25 25 Flight control system package controls the land station every bit good as dirigible. It includes execution of designed way and independent pilotage.Aircraft flight programFlight program includes informations transition from calculated of acquired informations, standardisation of informations and job related to visual image of informations.Preparation of flight programPreparation is to be done to get cognition about local terrains, clime, and humidness of air, conditions conditions, air current alteration etc. at a peculiar clip, and usage of distant feeling informations or map, location of the part and latitude and longitude from GPS system. The information of terrain is used to gauge the safe tallness for dirigible while weather status clime and air current affects flight public presentation.Visual image of way informationsThe path should be planned if possible in manner such that flight is in analogue to air currents particularly in monsoon where the air currents are really strong. If parallel flight program is non possible so path should be planned in a manner that strong air currents are avoided. This strong air current can blockade flight and can impact place of dirigible and besides affect the image quality. The needed information is fed in to flight control package. The package generates the graphical interface for the path after the transition of informations. Overlap maps with the generated graphical interface by the package based on the demand of the path in the peculiar country. The path can be designed to be accurate and secured by adding manner points along with the GPS points. While be aftering height, choice of imaging detector is an of import standard. Altitude is to be planned harmonizing to demands. To get images of terrain, hill or township zone, the scope of low height broad angle camera can be given as 2H ten 2H. The acquisition of the image along the flight path can be in the interval of 1.6 H. the nucleus image can be of better quality with declaration of more than 0.2 meters if the tallness H is 300 meters and the images along the path are overlapped by 25 % with the neighboring path image and the interval of exposure is kept 0.4HUnmanned dirigible operations demandsUnmanned dirigible used for photogrammetry system is high engineering winging system. Hence this undertaking requires a proper planning to guarantee the lastingness of undertaking. The chief facet in developing this undertaking will be effectual planning, execution and examination. All the facet must be taken attention. The factors to be considered for this undertaking are Performance of undertaking Administrative planning Development of operation Effective program for all stages of the undertaking Quality confidence Hazard involved and preventative stepExecutionExecution of undertaking can be ensured by sing following stairss: Approach based on needed equipment. All the compulsory and needed equipment must be installed. Pre-flight readying which includes cheques on dirigible, proper proportion of He and proper operation of installed constituents. All the equipment such as distant accountant, detector equipment, land equipment, communicating equipment etc. are to be checked before the dirigible is send on to the class. Execution of the informations acquisition and photogrammetry procedure Once the undertaking is accomplished, the dirigible must be brought back to the land station and should be decently landed. Care activitiesMonitoringThe dirigible flight must be monitored on all the stages and record must be maintained against the status encountered. This is really indispensable for the safety of whole operation. This monitoring procedure increases the aid to supply proficient support. Datas obtained must be kept in database with proper certification so that any old status can be monitored easy.Image informations processing and Photogrammetry procedureChinese academy of appraising and function has developed package known as MAP-AT i.e. modern aerial triangulation package. This package deals with the current cameras, digital cameras and low height cameras. This package computes overlap, angle, graduated table of images etc. This package besides computes the atilt exposure, perpendicular aerial images, complex multiple mention photographical images way. Large sector beam alterations can be made up to 10000 images automatically by the usage of triangulation web through multiple vision image matching. Digital lift theoretical account ( DEM ) and digital orthoimage ( DOM ) can be created by this package with the aid low high declaration images obtained at low height and precise aerial place. A particular plan is developed which is known as aerial triangulation. The main features of this package are: – General digital cameras are calibrated to high preciseness for any geometrical mistakes by this plan This plan uses the combination of informations from GPS and acquired image to develop geographical relation in the designed flight program along the flight program and environing boundaries. This plan automatically selects and calculates all the points in the trigon web. figure Huge block alterations solve the geometrical relation of acquired images in multiple positions with the aid of least square standard method. This plan automatically detects any harsh inaccuracies with the aid of legion terminated observations. This plan calculates the consequence from the regulator points and positioning elements to get mapping declaration of 1:1000, 1:1500 or 1:2000 graduated tables. Figure point 3 Figure point 4 MAP-AT package has four constituents, they are: Automatic aerial triangulation Automatic digital surface theoretical accounts production Automatic digital lift theoretical account production Automatic digital orthophoto map productionDigital surface theoretical account ( DSM ) productionDigital surface theoretical accounts are geographical charts of the Earth ‘s surfaces, over which necessary informations can be overlapped, which give accurate geometrical orientation frame. Apart from the geographical landform, characteristics like edifices, roads, seas, forest etc. are besides incorporated in digital surface theoretical accounts. DSM is used to develop 3 dimensional maps, systems based on support site, enhance practical environment and line of sight rating. In add-on, DSM can besides be used to attest that geographical maps along with other maps such as main roads and roadways have high preciseness and their truth can be ensured.Digital Elevation Models ( DEMs ) productionThe acquired multi directional images after aerial triangulation are re arranged automatically to be divided into simple parts as in the normal Orthodox photogrammetry. After that, image fiting automatically generates the DSM in each unit. In this procedure, manual operation is required to divide specific location point such as points on the edifice to bring forth digital lift theoretical account. Fully established Digital lift theoretical account is made by associating all the units.Digital orthophoto map production ( DOM )Based on the consequences obtained from digital lift theoretical account and the alignment unit, digital orthophoto map are automatically produced. Merely the in-between part of image is taken to be converted into orthophoto image as most of the image imbrication is obtained from picture taking in the winging way. Several researches have been carried out in the function system for remote-controlled aerial vehicles by carry oning several experiments. An experiment was conducted on agribusiness country of 40 square kilometers and from the tallness of 1000 metres for the production of digital orthophoto map. The consequences produced a preciseness of standard 1:2000 DOM. This DOM was so used for disposal of land. Similarly digital orthophoto map of graduated table 1:500 was applied to urban planning within 1 square kilometre country. In add-on, an experiment was carried out for the intent of 3 D metropolis modeling in the country of 60 square kilometers incorporating more than 20,000 blocks. This consequence can be examined in practical world plan and besides this theoretical account proved helpful in urban planning. These experiments show that when this system is incorporated in dirigible so it can be used in assorted Fieldss.ApplicationUnmanned dirigible used for low height photogrammetry is an of import assistance for 3 dimensional informations acquisition. The remote-controlled dirigible has advantages of observing high menace zones such as fire in wood or any other risky state of affairs.It is cost effectual and it does non necessitate much cost for its fabrication, its operation every bit good as care. It is dependable manner to reassign images every bit good as other informations on timely footing. It is strong encouragement to remote feeling from orbiters and besides from general aerial vehicles. A really strong web can be established by the coordination of all these systems. These systems can set up a monitoring web which can run into to current fleet economic growing. Menaces and other undertakings have increased and to get by up with them, these webs can be utile. In other words these are necessary for clip reactive characteristic of exigency control. Conventional picture taking is ever dependent on the landing field and atmospheric conditions. It is besides expensive and its cost additions with long continuance which restricts the development of the digital photogrammetry in big graduated table geographics. Operators by and large use full range informations acquisition methods for smaller country of less than 20 square kilometers for geographic function undertaking. The remote-controlled dirigible used for the photogrammetry system has a speedy reaction and are really cost effectual in footings of imaging cameras. The imagination detectors are dependable and by puting the aperture of lens and shutter velocity, their truth can be increased. The package for processing of image besides improves the quality of images. The digital cameras which are used as broad angle camera can better the quality to acquire right coloring material by puting the sensitiveness ISO. The puting such as contrast, brightness and other characteristic can as sist to acquire better consequences in cloudy or dim light status to acquire high definition coloring material images. Hence even little scope of country can bring forth high quality digital images in big scale geographic function intent. This helps in increasing efficiency and cut down work burden. The images from aerial picture taking can be worked at workstation and consequences can be obtained. This photogrammetry system can be used to obtain digital orthophoto map ( DOM ) , digital line graphic ( DEM ) , digital terrain theoretical account ( DTM ) , digital surface theoretical account ( DSM ) and other theoretical accounts. With the development of remote-controlled dirigible used for photogrammetry system at low highs, it will be extensively used in function and appraising in assorted Fieldss as environmental land study, exigency reaction function, meteoric, marine and assorted other Fieldss.

Great Bombay Textile Strike

Great Bombay Textile Strike The  Great Bombay Textile Strike  was a textile  strike  called on 18 January 1982 by the mill workers of  Bombay  (currently  Mumbai) under trade union leader  Dutta Samant. The purpose of the strike was to obtain bonus and wage increases. Nearly 250,000 workers and more than 50 textile mills went on strike in Bombay. [1] History of Mills in Bombay | | Built in 1887,  Swadeshi  was Bombay's first textile mill, the first of the factories that spread over  Girangaon, popularly nicknamed as Bombay's â€Å"village of mills†, in the next decades. By 1982, when Datta Samant led the textile strike, over 240,000 people worked in Girangaon. [2] Protests In late 1981, Dutta Samant was chosen by a large group of Bombay mill workers to lead them in a precarious conflict between the Bombay Mill owners Association and the unions, thus rejecting the  INTUC-affiliated Rashtriya Mill Mazdoor Sangh  which had represented the mill workers for decades. Samant planned a massive strike forcing the entire industry of the city to be shut down for over a year. 3]  It was estimated that nearly 250,000 workers went on strike and more than 50 textile mills were shut in Bombay. In August 1982, the city police briefly went on strike, apparently in sympathy with the workers resulting into the army and Border Security Force to be called in to control the unrest. [1]  Samant demanded that, along with wage hikes, the government scrap the  Bombay Industrial Act of 1947  and that the RMMS would not longer be the only official union of the city industry. While fighting for greater pay and better conditions for workers, Samant and his allies also sought to capitalize and establish their power on the trade union scene in Mumbai. Although Samant had links with the Congress and Maharashtra politician  Abdul Rehman Antulay,  Prime Minister  Indira Gandhi  considered him a serious political threat. Samant's control of the mill workers made Gandhi and other Congress leaders fear that his influence would spread to the port and dock workers and make him the most powerful union leader in India's commercial capital. Thus the government took a firm stance of rejecting Samant's demands and refusing to budge despite the severe economic losses suffered by the city and the industry. As the strike progressed through the months, Samant's militancy in the face of government obstinacy led to the failure of any attempts at negotiation. Disunity and dissatisfaction over the strike soon became apparent, and many textile mill owners began moving their plants outside the city. After a prolonged and destabilizing confrontation, the strike collapsed with no concessions having been obtained for the workers. The closure of textile mills across the city left tens of thousands of mill workers unemployed and, in the succeeding years, most of the industry moved away from Bombay after decades of being plagued by rising costs and union militancy. Although Samant remained popular with a large block of union activists, his clout and control over Bombay trade unions disappeared. [3] Consequences The majority of the over 80 mills in Central Mumbai closed during and after the strike, leaving more than 150,000 workers unemployed. [4]  Textile industry in Mumbai has largely disappeared, reducing labor migration after the strikes. [5]

History of the Conservation Movement

Time Management Is The Predictable Control And Individual...

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A Brave New World by Aldous Huxley - 895 Words

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Huxley suggest in BNW that lower class groups in clo ning humans to act like servants to terrorize them into working hard conditionsRead MoreA Brave New World by Aldous Huxley1189 Words   |  5 Pages In the world of sex, drugs, and baby cloning you are going to be in many situations where you feel like the world we live in should be different. In the story Brave New World, they had sex with multiple partners along with a very bad use of drugs. It is weird that Aldous Huxley wrote this book in 1931 about the world he was living in during that time and how it is similar to the world we live in today. Nowadays, drugs are still being used and people are still engaging in sexual encounters withRead MoreBrave New World By Aldous Huxley968 Words   |  4 PagesAldous Huxley’s utopia in Brave New World foreshadowed and illuminated the complications within modern day society. Upon its release, the narrative became widely banned all over the United States due to the unorthodox thoughts and actions of multiple characters in it. Early readers, as well as modern day audiences, feared and rejected the ideals that Huxley incorporated into his perfect society; however, our society today is heading towards the dark paths the older generations desired to avoid. Read MoreA Brave New World by Aldous Huxley1684 Words   |  7 Pagesimperfect world and is usually only a hopeful dream. These types of worlds can greatly be described in detail through the world of science fiction. Aldous Huxley was an English writer who lived during a time when war and chaos were engulfing the world. His works reflect his view and thoughts on a dystopia, which is a false utopia, and describes what could occur in possible governments of the world. The ability to understand and dive into the thoughts of the author is what makes world literatureRead MoreA Brave New World by Aldous Huxley614 Words   |  2 Pagesthem truly happy. What if someone were to tell you that what you thought was true happiness was all an illusion. In a Brave New World by Aldous Huxley people in the world state are conditioned and drugged up by soma to not experience true happiness. In a world that is perfect, human beings do not have to depend on drugs to keep our world in balance. In a Brave New World by Aldous Huxley there is always a perfect drug called soma that keeps everyone happy, which they have based their society on. ThisRead MoreA Brave New World by Aldous Huxley948 Words   |  4 PagesWelcome to a world were â€Å"Brave† is not just a word; It has a true meaning. This is a story were everything as you know it, doesn’t seem to be right and will completely change your way of thinking. When this story was written, life was very harsh for many people†¦.Mostly for the author who wrote â€Å"Brave New World† During this time (1930s) they didn’t have much sexual content Living The Future Of The Past In The Present†¦.. In the air; But Aldous made a future full of sex for them and we are theRead MoreBrave New World By Aldous Huxley1016 Words   |  5 Pages Brave New World shares a variety of similarities and differences with today’s society like drug use, love and marriage, religion, and technology. This novel explains the way at which a government was made to create a perfect society. This society was divided into five different classes. Each class held a different role or responsibility in the government, similar to our government today. Although this â€Å"perfect† society was created, it turned out to have many flaws. Some individuals, like Bernard

Modern Education Changing for the Future Essay Thesis Example For Students

Modern Education: Changing for the Future Essay Thesis During the past few decades we have seen a shift from Industrial work to Information technology work. Recently our country has just recovered from an economic depression. This depression was a wake up call for many people, as they saw highly educated professionals loosing their jobs. Why, were these educated people loosing their jobs?-Did they break the rules, not get along with their bosses, or loose their cool? No, they did not have the flexibility, versatility, and cooperative skills that are needed in business for a changing economy. They were educated in a time when liberal art educations, and individualized work skills were taught at colleges. Layoffs were also due in part to the globilization of the economy. Cheaper labor can be found in other countries, which results in the closing of American factories or a drastic cut in pay for workers. Corporate downsizing, atomization, and an aging population have also contributed to this change in the type of work available (Rifkin 177). As most Americans used to be in the same economic bracket regardless of their line of work, today a workers real competitive position in the world economy depends on what kind of job they have (Jacobus 253). Education is the key to creating the workers demanded from businesses today.In aviation and other workplaces today, employers are not only looking for highly skilled workers, but for people who are flexible, work well with others and have good problem solving skills. Colleges must implement new teaching approaches and offer specialized degrees now, to prepare students for the needs of employers in the information-technology age. A workers must be flexible to be able to change and grow with the economy and the needs of employers is very important in todays job market. With corporate downsizing and restructuring so prevalent, employers are demanding more of their employees. They must be more versatile and multi-task oriented (Schmiedl 29). Employees must be able to move from one job to another, and learn new tasks quickly. The more education they have the easier it is to adapt to these changes (Carnoy 123). Continuing education is also becoming more prevalent for todays workers. To stay at the top of their fields in knowledge and technology, employees must constantly be up-dating their education (Schmiedl 29). Flexibility also ties in with the skill of working well with other people. To listen and interact with others in your profession, you must be flexible or open minded to their opinions, ideas and insights. Interaction with other employees and being a people person enforces cooperative skills. These cooperative skills can benefit the company as a whole, just as the Nobel Prize winner James Watson said Nothing new that is really interesting comes with out collaboration (qtd. in Johnson 26). These cooperative skills once taught only to management, now must be integrated to the employees, as many management positions have been eliminated. Workers must now possess a management mentality, so that they can co-exist and work beneficially together (Carnoy 123). Problem solving skills are a necessity for even the simplest of jobs. A high order of problem solving skills are needed for more advanced positions jobs such as in aviation (pilots), and in computers and other technical jobs. Having the ability to work through problems to come up with a positive end result can be a long and arduous task. The people who have these problems solving skills can organize more learning, and help others to succeed in solving problems (Carnoy 123). Group cooperation heightens and speeds up the time in which it takes to solve problems. .u0012bda57929592d337fba2489cbf4a0 , .u0012bda57929592d337fba2489cbf4a0 .postImageUrl , .u0012bda57929592d337fba2489cbf4a0 .centered-text-area { min-height: 80px; position: relative; } .u0012bda57929592d337fba2489cbf4a0 , .u0012bda57929592d337fba2489cbf4a0:hover , .u0012bda57929592d337fba2489cbf4a0:visited , .u0012bda57929592d337fba2489cbf4a0:active { border:0!important; } .u0012bda57929592d337fba2489cbf4a0 .clearfix:after { content: ""; display: table; clear: both; } .u0012bda57929592d337fba2489cbf4a0 { display: block; transition: background-color 250ms; webkit-transition: background-color 250ms; width: 100%; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #95A5A6; } .u0012bda57929592d337fba2489cbf4a0:active , .u0012bda57929592d337fba2489cbf4a0:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #2C3E50; } .u0012bda57929592d337fba2489cbf4a0 .centered-text-area { width: 100%; position: relative ; } .u0012bda57929592d337fba2489cbf4a0 .ctaText { border-bottom: 0 solid #fff; color: #2980B9; font-size: 16px; font-weight: bold; margin: 0; padding: 0; text-decoration: underline; } .u0012bda57929592d337fba2489cbf4a0 .postTitle { color: #FFFFFF; font-size: 16px; font-weight: 600; margin: 0; padding: 0; width: 100%; } .u0012bda57929592d337fba2489cbf4a0 .ctaButton { background-color: #7F8C8D!important; color: #2980B9; border: none; border-radius: 3px; box-shadow: none; font-size: 14px; font-weight: bold; line-height: 26px; moz-border-radius: 3px; text-align: center; text-decoration: none; text-shadow: none; width: 80px; min-height: 80px; background: url(https://artscolumbia.org/wp-content/plugins/intelly-related-posts/assets/images/simple-arrow.png)no-repeat; position: absolute; right: 0; top: 0; } .u0012bda57929592d337fba2489cbf4a0:hover .ctaButton { background-color: #34495E!important; } .u0012bda57929592d337fba2489cbf4a0 .centered-text { display: table; height: 80px; padding-left : 18px; top: 0; } .u0012bda57929592d337fba2489cbf4a0 .u0012bda57929592d337fba2489cbf4a0-content { display: table-cell; margin: 0; padding: 0; padding-right: 108px; position: relative; vertical-align: middle; width: 100%; } .u0012bda57929592d337fba2489cbf4a0:after { content: ""; display: block; clear: both; } READ: The Road Not Taken Essay It makes for an easier and more efficient approach to problem solving.As you can see the three main qualities of flexibility, working well with others and problem solving are very closely linked. Workers must be flexible to work well with others, which is important in having better problems solving skills. Missing just one of these qualities dampens the ability of a worker to be the productive employee, which employers are looking for. These skills are not inherent and are difficult to learn. That is why they must be implemented early on in college.For years colleges have been ignoring the power of teamwork and the achievements that could not have been made with out it (Johnson 26). The problem lies itself within the faculty. It is their job to implement cooperative learning into classes, and make it work. This is not an easy task, which is why many professors have opted to stick with lecturing. Lorenn Walker president of Business Learning Strategies Inc, says, Every time I am at school or attending training seminars, I am struck by how inactive students are expected to be. Most of the time students simply sit, while the teacher lectures them (27). It is much easier for students to experience the learning rather than having the answers told to them. Cooperative learning is the heart of problem based learning (Johnson 26). Group work allows students to network their thoughts and ideas, which than can be expanded with-in the group. They motivate each other by sharing their ideas and findings. The flexible gr! oup which works together can find solutions to problems quickly and efficiently, which is key in todays workplaces.Specialized degrees and education provide students with the expert skills needed in todays top jobs. Businesses and companies do not want people with general liberal arts degrees they want specialist in their field. A pilot needs special skills to fly an airplane that he/she can not get through a liberal art degree. Employers are only going to hire a pilot with the most and best qualifications. This is true in most all jobs that require a college degree employers want only the best.Some may argue that group work is not good because some people do the work and others take the easy road doing little. This can sometimes be true in college classes, but in the work environment, it is rare. Professionals are not going to carry the load for the whole group, and likewise most responsible adult will not let others do all the work. Professional adults do not have enough time to let their co-workers not do their share of the work, they will take action by speaking with the boss. To combat these problems in colleges, professors must set the parameters for the group: The professor must ensure that the student knows he/she is linked with others in the group, so that he/she cannot succeed unless the others do. Individual accountability however will be judged by tests and teacher observation of the group. The professor will teach the students how to socially interact with each other. Students will have to help others, contribute their own ideas and offer suppor! tive advice. Lastly and very importantly is teaching the group to engage in group processing. This exercise will help the students to find ways to improve their group efforts (Johnson 26). Being taught these group problem solving skills during college better prepares students for the type of work they will have to do in the workplace.To prepare workers for the information-technology age the starting point will have to be colleges. Colleges educate the school teachers and college professors. The sooner colleges begin to use cooperative learning the sooner it will trickle down into elementary and secondary schools. .u91523da70140a2a03f3372ee3edd318c , .u91523da70140a2a03f3372ee3edd318c .postImageUrl , .u91523da70140a2a03f3372ee3edd318c .centered-text-area { min-height: 80px; position: relative; } .u91523da70140a2a03f3372ee3edd318c , .u91523da70140a2a03f3372ee3edd318c:hover , .u91523da70140a2a03f3372ee3edd318c:visited , .u91523da70140a2a03f3372ee3edd318c:active { border:0!important; } .u91523da70140a2a03f3372ee3edd318c .clearfix:after { content: ""; display: table; clear: both; } .u91523da70140a2a03f3372ee3edd318c { display: block; transition: background-color 250ms; webkit-transition: background-color 250ms; width: 100%; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #95A5A6; } .u91523da70140a2a03f3372ee3edd318c:active , .u91523da70140a2a03f3372ee3edd318c:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #2C3E50; } .u91523da70140a2a03f3372ee3edd318c .centered-text-area { width: 100%; position: relative ; } .u91523da70140a2a03f3372ee3edd318c .ctaText { border-bottom: 0 solid #fff; color: #2980B9; font-size: 16px; font-weight: bold; margin: 0; padding: 0; text-decoration: underline; } .u91523da70140a2a03f3372ee3edd318c .postTitle { color: #FFFFFF; font-size: 16px; font-weight: 600; margin: 0; padding: 0; width: 100%; } .u91523da70140a2a03f3372ee3edd318c .ctaButton { background-color: #7F8C8D!important; color: #2980B9; border: none; border-radius: 3px; box-shadow: none; font-size: 14px; font-weight: bold; line-height: 26px; moz-border-radius: 3px; text-align: center; text-decoration: none; text-shadow: none; width: 80px; min-height: 80px; background: url(https://artscolumbia.org/wp-content/plugins/intelly-related-posts/assets/images/simple-arrow.png)no-repeat; position: absolute; right: 0; top: 0; } .u91523da70140a2a03f3372ee3edd318c:hover .ctaButton { background-color: #34495E!important; } .u91523da70140a2a03f3372ee3edd318c .centered-text { display: table; height: 80px; padding-left : 18px; top: 0; } .u91523da70140a2a03f3372ee3edd318c .u91523da70140a2a03f3372ee3edd318c-content { display: table-cell; margin: 0; padding: 0; padding-right: 108px; position: relative; vertical-align: middle; width: 100%; } .u91523da70140a2a03f3372ee3edd318c:after { content: ""; display: block; clear: both; } READ: Bhavesh.Amin Essay Thus making cooperative learning a part of students lives earlier, so they will sooner adjust to its style. College professors must implement cooperative learning now, to teach flexibility and working well with others. This change is imperative not only to the success of workers but the entire economy. Workers with out these skills are at a serious disadvantage in getting jobs, and keeping them. Works CitedCarnoy, Martin. The Changing World of Work in the Information Age. New Political Economy 3.1 (1998): 123-129Jacobus, Lee. Why the Rich Are Getting Richer and the Poor, Poorer. A World of Ideas. 5th ed. Boston: Bedford Books, 1998. 251-267.Johnson, David Johnson, Roger Smith, Karal. Cooperative Learning returns to College Change 30.4 (1998): 26-36Rifkin, Jeremy. A Civil Education for the Twenty-first Century: Preparing Students for a Three Sector Society. National Civic Review. 87.2 (1998): 177-182Schmidl, Joe. Changing the Face of Higher Education Pacific Business News 35.19 (1997): 29Walker, Lorenn. Hands-On Learning will Produce better Problem Solvers Pacific Business News 33.20 (1995): 27

The arguments for and against the availability of Safe Injecting Rooms Essay Example

The arguments for and against the availability of Safe Injecting Rooms Essay The risks caused by injecting drug use pose a major public health problem both to injecting drug users and to the wider community. By looking at the arguments for and against the establishing of injecting rooms in any community, especially in Australia, issues are raised that must be considered in any effort to combat the problem of drugs in society. There is public agreement that injecting illicit drugs is a risky activity no matter where or how it is undertaken. Arguments for the availability of safe injecting rooms believe that even though these facilities may not eradicate drug taking, they can make the process less harmful to both the drug users and the public and thus can be a beneficial strategy in the war against drugs. However, the argument against considers injecting rooms as an unnecessary and potentially harmful entity by sending out a misleading message about societys tolerance of drugs, as well as continuing to expose addicts to the risk of overdose and other health problems. Even supporters of the availability of injecting rooms to injecting drug users (IDUs) are quick to point out that the provision of these facilities are only to make it safer, because this activity can never be safe. These venues are provided and supervised by health and welfare organisations for the use of injecting illicit drugs. The main aims of injecting rooms are to reduce the harm experienced by IDUs through reducing the risk of fatal overdose and the transmission of blood borne viruses, as well as reducing the public nuisance of drug users injecting in public places. We will write a custom essay sample on The arguments for and against the availability of Safe Injecting Rooms specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on The arguments for and against the availability of Safe Injecting Rooms specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on The arguments for and against the availability of Safe Injecting Rooms specifically for you FOR ONLY $16.38 $13.9/page Hire Writer These aims are to be fulfilled through services such as the provision of sterile injecting equipment and paraphernalia and the provision of means of safe disposal of injecting equipment. The benefits of these two examples are obvious the former aids in controlling the risk of the spread of diseases such as HIV/AIDS and Hepatitis C, both of greater prevalence among IDUs than in the non-injecting population, and the latter protects not only IDUs but also the public for which needle-stick injuries is a health scare. Injecting rooms are attended to by trained personnel who can provide assistance in case of overdose. An 18 month Australian trial was recently opened in Kings Cross, and in the first week a young man collapsed after shooting up in the facility because he had not used heroin for a few weeks and had a low tolerance. The nurse unit manager who was able to resuscitate him with oxygen saw this as a prime example of the sort of person weve been looking for, a person at that kind of risk (Williams, 2001, p. 9). If the condition of the IDU is more serious than the staff can handle, they can now provide ambulance officers with a known location, leading to faster response time and greater chance of survival. It also benefits the occupational safety and health for ambulance officers. Staff at the injecting room look for opportunities to advise users on less harmful methods of drug use. IDUs account for 90% of Hepatitis C cases (Wodak, 1997) as this is contracted through blood-to-blood contact, which can happen through the sharing of infected needles. For a significant reduction in Hepatitis C cases, drug users should be encouraged to adopt non-injecting routes of administration. A counsellor working in the Australian trial sees the injecting room as a fantastic opportunity to teach drug users about the risks of blood borne viruses and assisting them into treatment (Williams, 2001) and believes that because IDUs meet these workers on territory that allows them to inject in a non-judgemental environment, they are then more likely to follow through on any treatment they agree to. Injecting facilities are established as part of a strategy of harm minimisation and as such work to reduce the harm associated with injecting drug use, not to reduce the levels of drug use. Those who protest against the founding of these facilities believe injecting rooms do not help IDUs. They question the motives of the proponents of harm minimisation, unsure of whom the scheme really benefits: the bureaucrats who are hoping the problem of drugs might then go away, or the community who are tired of drug users who are considered public nuisances, as it appears not to benefit the addicts where it is a case of out of sight, out of mind (NSWCC, 1998). Another fear that people have against the establishing of injecting rooms is that the drug trade will only benefit and increase in relation, as dealers and pushers will know where to go to target those who are looking for drugs so they can then go into an injecting facility to shoot up. This is seen as aiding in the commission of crimes and facilitating illicit drug trafficking (Riley and Humphries, 2000) and the NSW government has had to reassure the public that the trial being run in Kings Cross is not breaching any drug treaties signed by Australia (Riley et al, 2000). However, the fact remains that injecting drug use is illegal and for the trials to be run, the facility has to be protected from the law. At the same time, to be successful and keep the drug trade from booming in the areas around the facility, police would have to protect the very facility that is allowing illegal activity to continue! One area of dispute in the argument for and against injecting rooms is the information that has been published about trials in Switzerland, Germany and the Netherlands. Those for the establishment of injecting rooms have used news such as Swiss injecting rooms not having one fatal overdose since they were established 10 years ago (Wodak, 1997) or that the rate of fatal overdoses in Frankfurt, Germany went down from 150 to 30 within four years of opening injecting rooms (ADF, 1998) as evidence that injecting rooms beneficial. Those against take care to point out that any fatal overdoses that happen to IDUs who inject their drugs in a injecting facility but do not collapse until outside the facility are not counted (Muehlenberg, 1999) and that although the rate of fatal overdoses has reduced, many users are continuing to inject drugs without any thought of quitting their habit. Also, the situation in Europe cannot be directly applied to Australia and so any evidence from the overseas trials should be approached carefully. For example, in Amsterdam certain drugs considered illicit here are legal there and are much more easily obtained and as such the injecting facilities are dealing with different conditions. Another worry involved in the founding of injecting facilities is the mixed messages it may be sending to the youth in society (Wodak, 1997) as it seems that the existence of such a facility says that society approves of drugs by making somewhere comfortable, secure and legal for them to inject drugs; yet at the same time the government continues to pay for advertisements that tell the youth of Australia to not be involved in drug use. It sends messages to existing addicts that society feels it has failed in trying to help them quit and has given up by allowing them to have places where they can freely indulge their habit (NSWCC, 1998). Those opposing injecting rooms sees the founding of these injecting places as comparable to building more pubs for alcoholics, and serves only to create life long addicts who risk dying every time they inject illicit drugs (Muehlenberg, 1999). Those against setting up injecting rooms believe the biggest flaw of the argument of those for injecting rooms is that they pose two alternatives only: would society want addicts injecting in dirty back alleys rather than in clean injecting rooms? (Muehlenberg, 1999) When faced with this decision, it is obvious that people would rather have injecting rooms for the health of IDUs and their own. However, those against injecting rooms believe that there is a third option not taking drugs at all. They believe that programs of education, treatment and rehabilitation for addicts and harsher law enforcement against dealers will be adequate in combating the problem of drugs in society. Realistically it is hard for all addicts to quit and go into rehabilitation without an intermediate step and there are those who believe that injecting rooms can fulfil this purpose. In conclusion, it can be seen that both arguments are based in fact and have the welfare and best interest of IDUs at heart. Those for the establishment of injecting rooms are correct in stating that these facilities can help make the process of injecting illicit drugs safer and cleaner and thus better for the health of IDUs, and are a starting point for counselling and treatment of IDUs who wish to quit their habit. Those against injecting rooms are also right in noting that injecting drugs is an illegal activity and one that continues to be dangerous to addicts even when supervised in sterile conditions due to the detrimental effect of drugs on the human body. However, if the issues raised by both sides can be considered objectively with a view to helping IDUs to first lower the deaths through overdose then to gradually stop them from continuing their damaging habits, then a comprehensive solution may be found that can incorporate injecting rooms as a response against drugs in the community.