Type of community Absecon, New Jersey Essay Example | Topics and Well Written Essays - 1000 words

Type of community Absecon, New Jersey - Essay Example Absecon is a city in Atlantic County, in the Atlantic City metro area. The community name derives from Indian term variously translated as little stream" or "plenty (or place) of swans" The latitude of Absecon is 39.428N. The longitude is -74.496W. It is in the Eastern Standard time zone. Elevation is 23 feet. The estimated population, in 2003, was 7,835. .. Industries providing employment: Arts, entertainment, recreation, accommodation and food services (29.7%), Educational, health and social services (19.0%), Retail trade (12.9%). Absecon-area historical tornado activity is below New Jersey state average. It is 50% smaller than the overall U.S. average. On 7/21/1983, a category 3 (max. wind speeds 158-206 mph) tornado 22.6 miles away from the Absecon city center caused between $500,000 and $5,000,000 in damages. On 11/4/1970, a category 2 (max. wind speeds 113-157 mph) tornado 5.6 miles away from the city center caused between $50,000 and $500,000 in damages. Hospitals/medical centers near Absecon: BETTY BACHARACH REHAB CENTER (about 6 miles; POMONA, NJ) ATLANTIC CITY MEDICAL CTR (about 7 miles; ATLANTIC CITY, NJ) SHORE MEMORIAL HOSPITAL (about 11 miles; SOMERS POINT, NJ) Airports certified for carrier operations nearest to Absecon: ATLANTIC CITY INTERNATIONAL (about 5 miles; ATLANTIC CITY, NJ; ID: ACY) MC GUIRE AFB (about 40 miles; WRIGHTSTOWN, NJ; ID: WRI) LAKEHURST NAES /MAXFIELD FIELD (about 43 miles; LAKEHURST, NJ; ID: NEL) Other public-use airports nearest to Absecon: ATLANTIC CITY MUNI/BADER FIELD (about 7 miles; ATLANTIC CITY, NJ; ID: AIY) STEEL PIER TAJ MAHAL (about 9 miles; ATLANTIC CITY, NJ; ID: 92N) OCEAN CITY MUNI (about 15 miles; OCEAN CITY, NJ; ID: 26N) Colleges/universities with over 2000 students nearest to Absecon: THE RICHARD STOCKTON COLLEGE OF NEW JERSEY (about 6 miles; POMONA, NJ; Full-time enrollment: 5,526) ATLANTIC CAPE COMMUNITY COLLEGE (about 18 miles; MAYS LANDING, NJ; FT enrollment: 3,086) BURLINGTON COUNTY COLLEGE (about 39 miles; PEMBERTON, NJ; FT enrollment: 3,751) OCEAN COUNTY COLLEGE (about 43 miles; TOMS RIVER, NJ; FT enrollment: 4,651) CAMDEN COUNTY

Spam Overview Essay Example | Topics and Well Written Essays - 2250 words

Spam Overview - Essay Example Spammers are not abe to prevent intermediary systems from adding these headers while the headers provide only minimal protection because a thorough examination of the "Received:" header will be required to identify the real source of the message. There are two popular techniques used by spammers to puzzle message recipients: using open relay sites (Yahoo! Anti-Spam Resource Center, 2004) to send messages and adding "Received:" headers of their own creation when sending a message. Open relay sites refer to servers that are generally allowed to be used by unknown computers in order to to send e-mail messages. Mail can be traced back to these relays, but it is unlikely that the relay operator will be able to identify the system that passed it the message. While servers that allow relaying are becoming less common as a result of the spam problem, they still exist and are well-known by spammers. These relay sites are often blacklisted, meaning that certain ISPs will not accept messages from them. While this is helpful, it has the effect of blocking not only spam, but also legitimate messages by other senders that may depend on the relay for mail transport. The second technique is the adding of bogus "Received:" headers. However, this technique is not so effective as the first one. The bogus headers usually contain errors, but are not able to prevent the addition of accurate "Received:" headers. This means that recipient can believe the header that the own server added (jupiter.solar.net in the example) and work back from one header to the next, identifying whether the server is one he trusts at each step. (Klensin, 1995) The message "id" can be utilized to authenticate the validity with the administrator at each intermediary. Ultimately, the false headers can... The problem of spam has grown intensively since the emergence of the Internet. During the period of 2001-2002, spam increased by 450 percent or 12.4 billion messages per day. Spam is considered to be highly challenging problem because it mostly contains pornographic advertisement or fraudulent, get-rich-quick schemes sent from a cautiously disguised source. Spam is also a computer security risk since it spreads computer viruses that then turn infected computers into spammers. The sending of spam results in a substantial shifting of costs from advertisers to ISPs and e-mail recipients. In 2003, spam is counted to have cost companies worldwide $20.5 billion. Spammers are able to send messages for minimal cost--the cost of their Internet access and mailing lists. The costs of relaying messages, storing them, and downloading them are borne by others. The extent of other forms of commercial advertising that occurs is limited by the cost of the advertising.

TEXTBOOK CJ2012 FAGIN-Explain the difference between the crime control Essay

TEXTBOOK CJ2012 FAGIN-Explain the difference between the crime control model and the due process model of justice - Essay Example This model emphasizes efficiency and speed in the administration of criminal justice process. The advantages of reducing crime rates outweigh any possible costs to rights of the individual. Due Process Model accords priority on the right and freedom of human beings to be protected and sheltered from the power of the government. Values of this model seek to ensure that the state should prove a person’s guilt within a process designed to safeguard and protect personal liberties as itemized in the Bill of Rights. Basically, the difference between these two derives from the fact that crime control model places emphasis on the prosecution of criminals, while the due process model focuses on restricting and limiting the scope of rules and laws by stressing more on personal freedoms and liberty. Besides, the crime control model pays attention on putting the criminal away, defending the innocent people. The due process, on the other hand, considers the rights of the accused person and rehabilitation. The courts incline more towards the due process model, which even supports the accused persons by securing their freedom and rights, to promise that every individual’s rights and freedom are protected as stated in the Bill of Rights. Enforcement inclines in the direction of the model of crime control; they treat arrest as if they were already culpable; largely emphasizing on prosecution, arrest and conviction of those who have broken the law. The due process models needs to guarantee that every person is protected under 8th Amendment and the 4th Amendment, which allows no illegal and unlawful search and seizure. The rights should be put aside for the purpose of maintaining purpose of security and criminal justice manners. On the other hand, sometimes one has to give up his or her right for the advantage of society as a whole. The justice system in US is a complex one and sometimes it becomes difficult to distinguish between the innocent

Spam Overview Essay Example | Topics and Well Written Essays - 2250 words

Spam Overview - Essay Example Spammers are not abe to prevent intermediary systems from adding these headers while the headers provide only minimal protection because a thorough examination of the "Received:" header will be required to identify the real source of the message. There are two popular techniques used by spammers to puzzle message recipients: using open relay sites (Yahoo! Anti-Spam Resource Center, 2004) to send messages and adding "Received:" headers of their own creation when sending a message. Open relay sites refer to servers that are generally allowed to be used by unknown computers in order to to send e-mail messages. Mail can be traced back to these relays, but it is unlikely that the relay operator will be able to identify the system that passed it the message. While servers that allow relaying are becoming less common as a result of the spam problem, they still exist and are well-known by spammers. These relay sites are often blacklisted, meaning that certain ISPs will not accept messages from them. While this is helpful, it has the effect of blocking not only spam, but also legitimate messages by other senders that may depend on the relay for mail transport. The second technique is the adding of bogus "Received:" headers. However, this technique is not so effective as the first one. The bogus headers usually contain errors, but are not able to prevent the addition of accurate "Received:" headers. This means that recipient can believe the header that the own server added (jupiter.solar.net in the example) and work back from one header to the next, identifying whether the server is one he trusts at each step. (Klensin, 1995) The message "id" can be utilized to authenticate the validity with the administrator at each intermediary. Ultimately, the false headers can... The problem of spam has grown intensively since the emergence of the Internet. During the period of 2001-2002, spam increased by 450 percent or 12.4 billion messages per day. Spam is considered to be highly challenging problem because it mostly contains pornographic advertisement or fraudulent, get-rich-quick schemes sent from a cautiously disguised source. Spam is also a computer security risk since it spreads computer viruses that then turn infected computers into spammers. The sending of spam results in a substantial shifting of costs from advertisers to ISPs and e-mail recipients. In 2003, spam is counted to have cost companies worldwide $20.5 billion. Spammers are able to send messages for minimal cost--the cost of their Internet access and mailing lists. The costs of relaying messages, storing them, and downloading them are borne by others. The extent of other forms of commercial advertising that occurs is limited by the cost of the advertising.

World War I Essay Example for Free

World War I Essay The economy of Christiania steadily grew until before World War I. When the First World War broke out in 1914, Norway declared its neutrality. However, Christiania benefited economically from the war by carrying British cargoes inspite of the loss of Norwegian lives and ships that were caught in the war (Compton 610). After the war Christiania settled back to its normal life. In 1924, Christiania was renamed back to Oslo (â€Å"Oslo: City† 2006). Second World War On April 9, 1940 Oslo was defeated by the Germans almost with only a slight resistance due to the betrayal by Norwegian Officer and Fascist politician Vidkun Quisling who collaborated with the Nazis. As a result, the city was only slightly damaged during the war (Halsey 239). In 1942, Germany installed a puppet government in Norway under National Union leader Vidkun Quisling. However, the Norwegians resisted the Germans and its puppet regime. Oslo became a place of opposition strikes. Other citizens were secretly involved in the large-scale industrial sabotage and espionage on behalf of the allied powers. (â€Å"Oslo† 2006). During their occupation of the city the Nazis used Akershus as a prison and place of execution for those convicted of allied conspiracy and today its the site of Norways Resistance Museum, which provided a detailed account of German takeover and the Norwegian struggle against it (Thodock 2003). The German forces that overran Norway surrendered in May 8, 1945 enabling the exiled King Hakon VII to return to Norway from London in June. Oslo then began to rebuild its ruin buildings while at the same time prosecuted â€Å"about 90,000 alleged cases of treason and defection†. Convicted traitors faced execution foremost of which was Vidkun Quisling (â€Å"Oslo† 2006). When it came to The Cold War, that is the postwar to World War II, two major alliances were created. Although, in World War I a system of alliances did not work, the systems of alliances that formed after World War II were bigger and they werent buddy-buddy alliances. These two alliances were formed to bring peace throughout the world, to end The Cold War, and to prevent anymore future high scale wars. Toward the end of the war, hostility between Norwegians and the German occupying forces grew considerably stronger. A prime cause was the German withdrawal from all fronts. Retreating German units from the fronts in the north, the USSR and Finland, withdrew to Norwegian territory. In the autumn of 1944, the Red Army followed the Germans into Finnmark, where it liberated Kirkenes and the northeastern areas. As the occupying troops retreated, they ordered an evacuation of the entire Norwegian population in Finnmark and in Troms south to Lyngen. In Lyngen, three German army corps dug in. Then the entire region north of Lyngen was burned and destroyed. The destruction included 10,400 homes, bridges, power stations, factories, fishing vessels, telephone facilities and other types of infrastructure. The scorched earth area was much larger than all of Denmark. After the Soviet Red Army crossed into North Norway, a Norwegian military mission and a small number of Norwegian soldiers from Great Britain and Sweden followed. The Russians withdrew from Norway in September 1945, a few months after the German capitulation. When the costs of the war were estimated in Norway, the tally showed that 10,262 Norwegians had been killed, including 3,670 seamen. The Germans had executed 366 and tortured 39 to death. Among political prisoners and members of the underground, 658 died at home and 1,433 abroad. After the war, legal proceedings were initiated against those who had betrayed their country. About 46,000 persons were punished for treason. Among these, 18,000 were sentenced to prison terms, 28,000 were fined and deprived of their rights as citizens. A total of 45 Norwegians and Germans received death sentences, 37 of the executions were carried out. It did not take long for the country to recuperate from the effects of World War II. Industrial production and the gross domestic product were greater in 1946 than in 1938. Three years later, the countrys national wealth had also returned to its pre-war level. Part 3: Major Event in the modern Era of the City The world over there is no other coveted price that comes even in comparison to the Nobel peace prize. It is one of a kind and its importance and value can not be underrated. Oslo helped to promote the preservation of worldwide peace when it was chosen to be the place for the annual awarding of the prestigious Nobel Peace Prize in 1901. Alfred Nobel, a renowned Swedish inventor of the dynamite, left in his will dated November 27, 1895 the order to use some of his fortune as a prize for any individuals, irregardless of his race, who helped promote peace in the world. The Nobel peace was to be specifically awarded to person or persons who shall have done the most or the best work for fraternity between nations, for the abolition or reduction of standing armies and for the holding of peace congresses. In 1901 the first Nobel Prize was awarded to International Red Cross founder Henry Dunant and International Pacifist Frederic Passy. In succeeding years Nobel Peace Prize according to an Oxford Dictionary of Twentieth Century World History, became The worlds most prestigious prize. † The prize was to be awarded by a committee of five persons to be elected by the Norwegian Storting†. The members of the committee are all Norwegians and for more than a hundred years the committee members were able to generally make a respectable and decent selection although controversies were also present. The criteria for choosing the recipients have enabled the world to get acquainted with Norwegian perception or definition of peace. In the study of the recipients of the award, it can be said that the values that Nobel Prize committee members adhered to represented the â€Å"Norwegian version of Western liberal internationalism. Thus, the Norwegian Nobel Committee has been a strong believer in international organizations, from the Inter-Parliamentary Union to the League of Nations and the United Nations†. Moreover, Norwegians believed that â€Å"small nations almost instinctively prefer international law to the might they do not possess, and they believe in the arbitration, mediation and peaceful solution of international disputes†. In this context, the Nobel Prize actively encouraged and awarded humanitarian assistance to the weak and the poor especially with the exercise of their human rights as well as the control of military power that may threatened the peace and order of the world. In a more personal level, Nobel left no explanation as to why he chose the Norwegians to award the Nobel Peace Prize. Educated inferences were presented to explain his action. Nobel may have been aware of the close ties between Sweden and Norway since the latter was once ruled by the former. Aside from that he may have admired Norway’s participation in settling international disputes of the 1890’s. Perhaps he may have regarded Norway as a more peace-oriented and more democratic country than

Importance Of Civil Engineering in Britain

Importance Of Civil Engineering in Britain Civil Engineering is the key to many of the issues affecting our daily lives. Civil engineers solve most problems and make our live easy and enjoyable. Civil engineering covers several specialized sectors including: buildings of all kinds as well as transport and communications infrastructure, production, storage and distribution of electricity gas and water. Most everything civil engineers do affects our daily lives in many ways. The operation of the infrastructure that surrounds us is the foundation of our society. This infrastructure includes roads, airports, railroads, buildings, bridges, water and wastewater treatment plants, sewers, drainage, flood control, water supply, landfills, and many other facilities. All these are the jobs for Civil Engineers. This essay is about importance of civil engineering in Britain and roles of civil engineering in Britain. I will do this by explaining water sewers, buildings, roads, stadiums development, wastewater treatment plants, energy development, york eco depot, airports, railroads, bridges and, sewers, drainage, flood control and water supply. Civil Engineers saved time, money and resources by demolishing an old seven-storey building in Londons Buckingham Palace Road and replacing it with a new building that re-used the foundation of the original building. This technique reduced construction risks associated digging new foundations in London clay near the Circle and District Underground line. If more new piles had simply been installed between existing ones this would have restricted the future development of the site. Great care was taken to prevent water produced during drilling from swelling the clay and reducing the strength of the foundations. Other challenges included testing the structural integrity of the original piles and identifying their exact location as the original pen and ink drawings only showed the building as designed, not as it was actually constructed. The essential engineering work to ease congestion around Heathrow Airport would have caused chaos along a 23km stretch of the M25. M25 is regarded as on of the busiest motorway in Europe, visit [http://www.bbcel.co.uk/news/631_key-milestone-complete-on-m25-junction-16-23 ]. As well as ensuring construction work did not create traffic jams engineers also had to find clever ways of widening the road within existing highway boundaries and without using any new land. Getting land from the motor ways central reservations as well as the hard shoulders and verges of the motor ways, the civil engineers increased Junctions 12 to 14 from four lanes to five lanes as well the Junction 15 from four lanes to six. Around ninety percentage of material used for this construction was recovered from the site and recycled. This technique not just reduced the congestion but also transport needed for the construction. On the night, when the natural awareness in so small and traffic queues are so small, the line closures are scheduled. This project was completed in 2005 before the time allocated without being seen the traffice congestions expected before the project has been started. Engineers worked together to define unique characteristics of the Wembley Stadium and create a new English national football stadium that just looks like the original old building. While most modern stadium are orientated North-South so that the players seen well on afternoon sun, this new stadium is orientated East-West, just like the original Wembley (thanks to knowledge of the civil engineers). Visit http://www.wembleystadium.com/buildingwembley for more information regarding this project. On sunny days the South side of the roof is retracted so the whole pitch is in sunlight. This avoids valuable seconds of play being lost to broadcasters as television cameras adjust from bright sun to shadow. The iconic arch spans 315m, are visible for over 20km, carries 70% of the roof load and removes the need for any structural columns. This means that, unlike the old stadium, all 90,000 seats has unobstructed views of the pitch. [http://www.wembleystadium.com/buildingwembley] To solve the crisis Hampshire and its partners created an action plan to reduce waste, increase composting and recycling, support anaerobic digestion, adopt recovery technologies and create up to five new facilities to process up to 200,000 tones of waste annually. The new Chineham Energy Recovery Facility is exceptional because engineers altered a standard building format to fit the small 1.4-hectare site of a former Basingstoke incinerator. The facility produces up to 8MW of power of which 1.25MW is used to operates the plant. The remaining 6.75MW is sufficient to supply 10,000 homes with electricity each year. The building is partly clad in light-reactive coated aluminum that changes color depending on light levels and weather to appear grey, blue or purple. Semi-opaque polycarbonate cladding allows natural light into the building and reduces electricity use. The tipping hall has a living roof covered with plants that change color seasonally and require no maintenance. Visit www.v eoliaenvironmentalservices.co.uk/Hampshire for more information regarding this project. Beddington Zero Energy Development, (BedZED) is regarded as an eye-catching and affordable housing community in South East England. Civil engineers worked to reduce the energy demands of 100 homes and 2,500m2 of commercial space, according to http://www.bioregional.com/what-we-do/our-work/bedzed. The civil engineers reduced the demand for energy with renewable resources including passive solar heating and wood-fuelled combined heat and power. These energy sources resulted by reducing fuel carbon dioxide emissions into the atmosphere to as well fossil energy development to zero. While BedZEDs tenants are assured an efficient energy lifestyles by using the techniques used by engineers to reduce the amount of energy they require. Visit www.bioregional.com for more information regarding this project. The civil engineers used their to help City of York Council to move its department for housing, waste and roads from an expensive to an attractive new cheaper building. The civil engineers knowledge resulted in using a technique that maximizes natural light and ventilation by using sensors that detect high temperature, rain or high wind and open and close windows accordingly. Rainfalls from the roof of the building is collected in what is known as the underground tanks and used to wash vehicles. This resulted by reducing water consumption around fifty percentage. The warehouse construction also reduces energy use by up to seventy-six percentages and the Carbon Dioxide (CO2) emissions by up to one hundred and fifty five tones annually if compared when building to a traditionally built, air-conditioned office of the same size. The warehouse also includes an Interpretation Room that could be used for education of the community in the City of York Council. Visit [www.carillionplc.com ] for more information regarding this project. My conclusion is that the water we drink, the pavement we drive on, the air we breathe are the work of civil and environmental engineers literally surrounds us all. Transport systems join our communities together. Road, rail, air and sea networks span the world. All these are the work for civil engineers. Civil Engineers help us trade, travel, exchange ideas and information, and gain employment, healthcare and education. Our civilization is developing, but so too is our demand for electricity. Civil engineers are committed to protecting our natural resources, designing structures that use as little energy as possible. When it comes to providing energy for the entire planet, engineers are using nature to meet the needs of today and tomorrow. We should be proud of our civilization today, and its many great achievements. By applying the latest technologies, civil engineers can save structures and monuments from the distant past so that they can still be enjoyed well into the future. Civil engineers are using designs and materials that will protect our natural and cultural heritage for future generations. The civil engineering knowledge cannot be regarded as a new subject. It has been around for so many hundred years back to the Romans (for their ancient Roman civilization), Egyptians (best known for their building of the pyramids) and Mayans (the Mayans are people from America that have a history or around three thousand years) who built great civilizations before us, our civilization relies more than ever on the civil engineers whom the work on all the environment in and around us, such as the road, the bridges, the libraries, the buses, the trains, the aero planes, the water we consume in our every day life, the toilets that we use, the cars we drive, the houses we sleep, the shelters that we cover from the cold and hot and the many more things that we use in our daily life without them the life would now have been as the one we have today.

Repetitive Strain Injury Essay -- Health, Musculoskeletal Injury

Repetitive strain injury is a term that encompasses a broad range of musculoskeletal conditions that usually occur in sedentary workers. The musculoskeletal injury occurs due to an accumulation of microtrauma caused by repeated soft tissue overload (Ratzlaff 2007). In other words, tissues in the body are repeatedly injured with each injury being minor but, cumulatively, causing serious pain and damage to the body. Repetitive strain injury is not new phenomenon. It was first reported in the early 1900’s as telegraphic operator’s cramp in men who operated Morse keys (Youngson 2005). As the name suggests, repetitive strain injury affect those who perform repeated tasks for long periods of time. Most people affected are those who spend the majority of their work day sitting at a desk or using a computer. Other groups who frequently suffer from repetitive strain injury are those who use a particular muscle or group of muscles repeatedly such as musicians, knitters, a nd sewers. Factors contributing to repetitive strain injury are repeated use of same muscles, poor posture and sitting for long periods of time. Manifested primarily as pain in the forearm, shoulder or neck, repetitive strain injury is more common in women, tall people, smokers or those who are overweight. (Youngson 2005). Symptoms include pain anywhere in the fingers, hands, arms or upper spine. Repetitive strain injuries usually begin gradually and progress through distinct stages (Youngson 2005) and are easily manageable in the early stages. It is important to recognize the symptoms and treat early. Carpal tunnel syndrome is the most common type of repetitive strain injury and results from compression of the median nerve as it traverses the carpal tunnel ... ...biofeedback. A third treatment commonly used is an ergonomic approach. This involves the minimization of exposure to risk factors in the workplace. One method of achieving this is by the altering or replacement of equipment that is causing the injury. Many types of ergonomic keyboards are available for computer users which reduce the stress placed on the hands and wrists. Employee’s workstations can be altered to include equipment such as desks and chairs that help maintain proper posture reducing stress to the arms, upper torso, and neck. Frequent rest breaks are also encouraged by experts to minimize strain to all parts of the body. Repetitive strain injury is a condition that can affect a person of any age, gender, or race. Activities and tasks that seem insignificant, when performed repeatedly, have to ability to damage the body if left untreated.