The Implementation Of Drone Technology And Surveillance...

Law enforcement organizations must continually look to the future for high-tech trends that will help them stay one step ahead of the criminal element. One has often heard that crime does not sleep and long gone are the days in which patrolling the neighborhood and responding to distress calls encompass the function of a police agency. Criminals are becoming more and more sophisticated in finding methods on how to break the law with every technological advancement. Two future trends that can potentially aid police agencies combat crime is the implementation of drone technology and surveillance and biometrics. This paper will discuss these trends and explain the pros and cons of implementing them at police agencies. One major tool that law enforcement agencies have to locate and detect crime is surveillance. Surveillance can come in various forms that are all used effective and used by police officers on a daily basis. Whether it’s a set of binoculars used by a patrol officers in their vehicles, or officers coordinating with pilots in helicopters, attempting to locate a vehicle or person, surveillance and the current technology that is used, makes law enforcement more effective in fighting crime. Aerial surveillance is an integral part of any pursuit in which police officers in the ground lose track of their suspect. Helicopter employed by police are equipped with a wide array of technology that enable them locate suspects, such as thermal optics, night vision devices, andShow MoreRelatedThe Impact Of Technology On Modern Policing Essay1958 Words   |  8 PagesFrom the introduction of gunshot detection systems, to the use drones by police to patrol different areas, the implementation of new technologies in to the police force has had a significant impact on the way the police operate. However, while these technologies have been praised by commentators for allowing police to be better informed, and prepared (Anderson, 2013), other s have stated that these new technologies will result in more complexities on the job, and extra expenses (Tosun, 2016). TheRead MoreEssay on Criminology in the Future3348 Words   |  14 PagesCRIMINOLOGY IN THE FUTURE 1 Criminology in the Future As the world changes, people change, new technology advances, and so does crime. Criminals look for new ways to commit crime and the â€Å"loop holes† in the laws. The justice system needs to stay on top of these new technologies to protect the people. With the advancement of technology, law officials have to follow the rules of law. Law Enforcement must keep these â€Å"liberties† in mind when fighting cybercrime. The Bill of Rights guaranteesRead MoreChapter I: Immigration Reform and Control Act of 1986 (IRCA), the Inadmissibility2326 Words   |  10 Pagesthat failed to deter future migration. Nevertheless, in terms of modernization in border security and electronic technology the United States has come a long way since the reform of 1986. Even with advance obtained with IRCA, more illegal alien continue coming to the country and putting a pressure in the limited resource of the community. Twenty Seven years after of the implementation of IRCA, the U.S. Congress again reconvened to create another immigration law to solve at once the illegal immigration

Managerial Economics Free Essays

Q1. In a country, the velocity of money is constant. Real GDP grows by 5% per year, the money stock by 14% per year, and the nominal interest rate is 11 per cent. We will write a custom essay sample on Managerial Economics or any similar topic only for you Order Now What is the real interest rate? A. 1 The following is provided in the question GDP growth rate (Y)- 5% Money Stock growth rate (M)-14% Nominal Interest Rate- 11% Velocity Of Money- Constant Real Interest Rate = Nominal interest rate – Inflation †¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦. Fisher Effect By the quantity equation we have; M . V = P. Y The Quantity theory of Money assumes that V is constant and exogenous. Inflation= Change in the Money Growth- Change in the GDP Growth Using the above values Inflation= 14% – 5% = 9% Thus; Real Interest Rate = 11%- 9%= 2% Therefore the real interest rate is adjusted for inflation. Q. 2 Suppose a country has a money demand function (M/P)d = kY, where k is a constant parameter. The money supply grows by 12% per year, and real income grows by 4% per year. (a) What is the average inflation rate? b) How would inflation be different if real income growth were higher, say 6%? Explain. (c) Suppose, instead of a constant money demand function, the velocity of money in this economy was growing steadily, say by 2% per annum because of financial innovation. How would that affect the inflation rate? Explain. A. 2 The Money demand function (M/P)d = kY, where M/P = Real Money Balances k= money people wish to hold for each rupee of income and k= 1/V (a) Average Inflation Rate 12%- 4%= 8% b) I f Y=6%, then Inflation is 12% – 6 %= 6% Inflation depends upon changes (in this increases) in the Money Supply and Real Income, which is given by the quantity theory of money. So if the money growth rate is greater than the real income growth rate it results in Inflation. In the (a) the money growth rate was 12% whereas real income growth rate is 4% so the Inflation rate is 8%, whereas in (b) the real income growth rate has increased to 6% and hence the inflation has rate has changed and decreased to 6%. c) The Velocity of money is not constant in this case as assumed in the Quantity theory of money. V=2% The Inflation would now therefore be determined as follows- Inflation rate = Change in Money Supply + Change in Velocity – Change in Real Income Inflation rate = 12% + 2% – 4%=10 % The Inflation in this case is highest and is equal to 10%, this is because the growth rate of money supply is greater than real income growth rate and also because the V is not a con stant and hence the a unit of the money is being used 2% more. How to cite Managerial Economics, Essay examples

Desalination Plants free essay sample

Desalination According to the Bible the first desalination experiment was conducted by Moses at the location of Mei Mara in the Sinai desert, where by initiating the introduction of a piece of bitter wood into bitter water Moses turned the formerly bitter fluid into potable water. The first recorded scientific report, chronicling a design for a desalination plant of seawater was produced in print by Thomas Jefferson, the American Secretary of State, in 1791. A directive for the workings of the technology were posted on notice boards in every ship, for use in every emergency. During the Second World War desalination devices were used by the troops of various armies of the world. During the early 1950s, research projects were extensive with the aim of reducing the price of the desalination process. The incorporation of a membrane layer process resulted in a major advancement to the technology. The advancement in living standard during the second half of the 20th century resulted in the outcome of increased water use. We will write a custom essay sample on Desalination Plants or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page The daily water use for families and industry. Water, in the past has been described as a natural resource, easily accessible and cheap, has now turned into a precious commodity. One of the many reasons are given, the major one being growth of population, wasteful use of water, pollution of available water resources, and climate changes related to global warming. As the third millennium began, we are now involved in a world revolution, researching and setting in place desalination processes at a reasonable cost and continuing research to lower the costs further. This will enable the supply of water, at convenient prices for all, hopefully, especially in residential areas as well as advancement in the quality of life all over the world. Israel water budget in 2001, is between 200 million and 500 million gigalitres, a desalination plant constructed in Ashkelon, would be capable of producing 100 million gigalitres. The importance of the first production plants constructed create responsibility for the scientific teams and those whom approve plans, which will establish a precedent for those whom follow. This will create and makes sure environmental demands are met correctly. World wide the constructed seawater desalination plants are the preferred environmental options for reducing the budgets and strain on water supplies. But do not forget the nvironmental price of such plants and should be thoroughly researched before action is taken. The intention of the desalination plants is to reduce water resources strain in many areas around the world both in the immediate and in the future. The water desalination process offers diverse evidence of environmental benefits, sanitation, water softening, and quality of sewage efflu ents. But while desalination has environmental benefits there are also unfavorable environmental effects. Appropriate planning can minimize these effects on local environment in the surrounding districts of the desalination plants. The land use, the groundwater, the marine environment, noise pollution, and the carbon footprint from intensified use of energy. The impact over a wide area of land with coastal lands now in use for factories, therefore converting coastal land into an industrial zone instead of tourism and recreation. Groundwater is effected if pipelines carrying seawater or brine are laid above an aquifer. The case of feed drilling can also have an effect on groundwater. In these cases the aquifer might be damaged either by infiltration of saline water or by disturbances of the water table. The concentration of brine from a discharge pipe can impact over a wide region of the sea floor. Concentrated brine is a natural marine ingredient, and has a high specific weight that causes it to sink to the ocean floor without combining thoroughly with the ocean waters. There are also chemicals, added to the water in pre-treatment stages of the desalination process, which may harm the oceanic life in the area of the pipes outlet. The discharge pipe and placement of the pipe can also damage sensitive marine dwelling animals and plants.