Electronic Health Records Research Paper Example | Topics and Well Written Essays - 750 words

Electronic Health Records - Research Paper Example As data accumulates over long periods, a database is established; which can be used in epidemiological studies. This is crucial for development of policies that affect the healthcare industry. The data generated by the electronic health records is vital in order to determine emerging trends in health care and predict possible outbreaks in the future. The data in the EHRs can also be used to monitor provision of health care to the public, by ensuring that a standardized protocol is used to deal with all similar clinical presentations. The government can also utilize the data in the EHRs system to coordinate emergency efforts and assess the situation at the basic level of healthcare facilities. This ensures government involvement and facilitates population-level healthcare management.Electronic health records increase efficiency at all levels of healthcare provision. With efficiency, wastage of resources such as equipment, ideas, and energy, is radically cut back. The use of EHRs is a crucial means of enhancing the efficiency of healthcare professionals and reduces the administrative and labor costs associated with health care delivery and financing. With increased efficiency, there is a reduced cost of running healthcare facilities since there is minimal wastage of resources. Concerning wastage of resources, manual records require human resources to run them by operating the archives and pulling out files. The use of electronic medical records cuts back on employment of excess staff required for jobs that can be easily automated.

Crew Resource Management Essay Example | Topics and Well Written Essays - 3250 words

Crew Resource Management - Essay Example This is done for the purpose of problem solving and for efficient decision making. In the same context, the interpersonal skills refer to the behaviours, communication skills and activities which occasionally or frequently relate to the technical attributes. Moreover, these are limited to the multi crew equipment or aircraft, when spoken in terms of aviation. They are also in relation with the single operator aircraft and equipments as they have to communicate with other crafts invariably so that the ultimate mission is accomplished (O'Connor, 2008). The recruitment and training under crew resource management has been developed and introduced by the organizations involved in aviation business. These include military aviation and major airlines. Hence, the crew resource management recruitment and training and has been made mandatory all over the world. It is mandated for commercial pilots and military pilots as well. Discussion The importance of crew resource management is mentioned i n many researches and has been attributed for preventing numerous events in the past. This system is well designed and properly monitored throughout organizations. The health care system owes a great deal to the crew resource management as numerous flights require paramedical staff for coping with medical mishaps (Morey, 2003). History of crew resource management The cabin and flight crew in the present world are significantly different from the ones that existed in the commercial aviation business years back. In those days the captain of an airplane was always considered the right one and his decisions were never questioned. Other pilots on the aircraft never doubted the decision making abilities of the... The main focus of this paper was to learn and document the different aspects of crew resource management. The assignment also focuses on discussing the different crucial elements of this system and its implementation health care system. Special attention has been given to the implications of this system in paramedical practice in aviation system. The elements of communication, assertion, teamwork, leadership and decision making are not only important in the prevention of human errors in the cockpit but also in the reduction of medical conditions. These medical conditions can be life-threatening. Hence, the role of a paramedical practitioner is very important in the aviation system. The in-depth understanding of crew resource management and its implementation in regular practice is important for all the health care workers. This report makes a conclusion that communication plays an important role in the encouragement of multiculturalism, authority and teamwork. It enhances the main objectives of crew resource management such as self awareness, situational awareness, assertiveness, leadership skills, innovation, flexibility, assertiveness, decision making, event management, adaptability and mission analysis. Communication is also involved in the analysis of the disagreements between situations and events. The communication strategy can be implemented by teaching team members how to listen to each other, talk to each other, acknowledge feelings and be assertive. The administration has to take part in this regard

Lotus Car Rental Alternative Fuel Assessment Essay Example for Free

Lotus Car Rental Alternative Fuel Assessment Essay Introduction The creation of a fleet of alternative fuel sourced automobiles would be a wise decision for the Lotus Car Rental Company. There are two major issues that are on the minds of people these days, the environment and money. By creating a fleet of alternative fuel based automobiles the Lotus Rental Care Company can help ease the fears of people in both categories. By having the ingenuity to have a fleet of alternative fuel automobiles; the Lotus Car Rental will set themselves apart from the rest of the rental car companies. Lotus Car Care will be the leaders in environmentally safe car rentals. The following research paper will discuss the background of this topic, the costs of working with alternative fuel automobiles, the technical aspects of alternative fuel, the environmental aspects of alternative fuel as well as discuss some recommendations for the Lotus Car Rental Company. Background The Lotus Car Rental Company is looking into adding a fleet of alternative fuel sourced vehicles to their supply. Alternative fuel sourced vehicles are classified as being resources other than petroleum. A few of these sources are produced here locally and some are derived from renewable sources. They often produce less pollution than does gasoline. (Alternative Fuel Vehicles, 2012). Hybrids are also considered to be an alternative sourced vehicle. A Hybrid vehicle is one that utilizes more than one form of onboard energy to achieve propulsion (Edmunds.com, 2009). Financial Feasibility Several factors influence the financial feasibility of adding alternative fuel vehicles to the fleet: vehicle cost, maintenance, advertising, and return on investment. Additional considerations include: market share, future growth, and implementation cost. The first consideration is the cost of adding hybrid vehicles to fleet inventory. Individual vehicle cost ranges from $23,000 to $37,000 and the models available include Honda Civic, Volkswagen Jetta, Lincoln MKZ, and Lexus ES300H (Almeida, 2009). Fleet costs would be less depending on number of units purchased and vehicle upgrades. Lotus Rental Car’s rentals fall into three categories: economy, mid-size, and luxury. Based on a cursory review of Lotus Rental Car’s primary income producers, the number of hybrid vehicles added should fall within the three to five percent range for each category. The initial outlay should equal or be less than the number of vehicles within each specific category that will be retired within the purchase year. For instance, if ten percent of economy vehicles will be retired then five percent of the new vehicles purchased will be hybrid. By timing the introduction of the new hybrid vehicles with inventory retirement the initial cost outlay will be mitigated. The anticipated maintenance costs will be similar to the previous year’s cost and no change is expected. Income from vehicles retired is expected to equal the same percentage as non-hybrid automobiles and will not constitute a negative financial impact. Advertising is a major consideration, although the cost is not expected to increase. Target markets will be in major cities where Lotus Rental Car’s already has a large presence. Urban centers with environmentally conscious drivers are the best place to begin a new hybrid product line. Adding information regarding the new line to existing websites provides maximum exposure with minimal cost. Other markets include environmentally conscious corporate businesses that already have a corporate account with Lotus. Market share and future growth is connected to advertising and return on investment. The implementation costs are minimal. The monthly return on investment is tied to advertising, environmental activity, and rental cost. Advertising includes national campaigns and local markets. The rental market incorporates online sales and local customers. The majority of travelers will book a rental vehicle prior to arriving at the rental company. Pricing will play an important factor in a rental commitment. Up-sale will increase income potential. Economy vehicles rentals begin at $9.99 and increase, depending on the current sales program. The cost may decrease, depending on the number of days booked, special pricing, and additional sale of navigation, XM radio, and infant seats. However, the average rental price for an economy vehicle is $29.99 per day and hybrid vehicles rent from $65.99 to $159 per day. The return on investment per day would range from $35 to $129. It is clear the automotive industry is offering a variety of hybrid vehicles in response to customer demand. The future of the automotive industry includes alternative fuel vehicles of all models. As the automotive industry embraces hybrid sales that increase their market share, so should the vehicle rental industry. Entry into a new product line will have higher costs than non-alternative vehicles until the product becomes well immersed into the market. In the case of hybrid vehicles it is prudent that Lotus Rental Car adds hybrid vehicles to their urban centers and joins the environmental movement along with major vehicle manufacturers. It is clear that as time passes, a portion of new business will gravitate toward rental car companies that offer alternative fuel vehicles. Lotus Rental Car company will lose future market share and the expense of entering the hybrid market will increase if Lotus Rental Car company enters the market after its competitors (Schueneman, 2009). Technical Aspects One of the many advantages of owning a hybrid vehicle is saving money at the pump. Unlike your standard gas running car, this on average would do about 21 mpg highway and city driving. Hybrids on average are doing 30 mpg highway and city. An article written on nationalgeographic.com it shows the actual fuel saving over a year span â€Å"The average American driver between the ages of 34 and 55 drives 15,291 miles annually. Divide this annual mileage figure by 21 miles to the gallon for the standard model, and you will find that you would buy about 728 gallons of gasoline a year. In contrast, if you divide the annual miles figure by 30 for the hybrid, you would determine that the annual gas purchase would be of about 510 gallons. You would save 218 gallons of gas a year with the hybrid. Multiply this by a conservative $3.50 a gallon for a dollar savings of $763. By selecting the hybrid over the standard model, you would make up for the $5,560 difference in sticker price in seven to eight years. Subtract the maximum tax incentive and you could recoup the $2,160 difference in less than three years. Thus, in this example, you would save money either by paying full price and driving your hybrid for more than eight years, or by driving it for more than three years with a tax credit.†(Nationalgeographic.com by Lynne Haley Rose). So although the price tag is little higher on hybrids you will easily make your money back in the gas savings. Most people may think,† Yeah, you save on gas, but don’t get the as much horsepower when you purchase a hybrid vehicle.† The idea of combining electric and gas does seem to leave much room for speed and maneuverability. This assumption is not true; yes hybrids do have smaller gas engines, but they make it up with their electric engine. Coupled with the gas engine, the electric engine can send power to various parts of the car, mainly the wheels. This is a very good advantage over standard horsepower, because it could actually supply more power to the car; which increases its speed. With all this talk about horsepower and speed, we begin to think about maintaining a hybrid car. Once again, just because it’s a hybrid doesn’t mean it’s more expensive. Most of the basic normal maintenance requirements like oil changes and tune ups cost about the same as standard cars. They even have their own perks. A standard car requires an oil change every 3,000 miles; whereas hybrids are every 6,000 miles. One of the most expensive items on a hybrid is the car’s battery; which can run you up to 3,000 dollars. Don’t let this number scare you, because these batteries have no real recorded life expectancy â€Å"a long time† is what I kept seeing in my research. As said in (8 Reasons to Buy a Hybrid Car) â€Å"Theres no difference between a hybrid and the gas-powered car parked in your garage — it can accelerate just as quickly and cruise just as fast on the highway, and it handles just as smoothly. Most important, hybrids are just as safe to drive.† (By Alan Rider Parents.com). Hybrids have come a long way since the first Prius 10 years ago. They’ve excelled in mpg, horsepower and style. There are a number of hybrids out there now and many styles to choose from in the standard and luxury lines. As far a comfortable ride, hybrids and standard cars are the same. Now, of course, if you go out and get a Lexus hybrid you’re going to have more luxuries than if you purchased a Toyota hybrid. Most cars you get know have all of the technical capabilities available and if they don’t they can be added. Technology will not stop growing and with that so will the new age of hybrids. Environmental Aspects Petroleum based fuels can create harmful emissions like carbon dioxide; nitrous oxides, and particulate matter, all of which degrade the environment (â€Å"5 things you need to know about alternative fuel vehicles,† 2008). These methane, carbon dioxide, nitrous oxide and other gasses are known as greenhouse gases. When these gasses build up they contribute to global warming. HybridCar.org claims that Hybrid vehicles produce 80 percent less greenhouse gases than conventional fuel based vehicles (Hybrid Cars And Pollution, 2005). Toxicity is another problem with petroleum fuel based vehicles. The producing of some forms of alternative fuels can create fewer toxins than those produced by traditional fuel vehicles. For instance, biodiesel is a fuel that is created from leftover vegetation like corn stalks. Biodiesel is biodegradable and non-toxic which makes it safe for the environment. Noise pollution is also a form of pollution. Car engines can produce 110 decibels of noise, which is twice as loud as a normal conversation.. The noise will come from the fuel pump, pistons and compressors that create the combustion and cycle the fuel. Vehicles with alternative fuel sources such as hydrogen fuel cells will produce no sound or vibration as they require no moving parts to produce fuel. Recommendations The research has shown that a fleet of alternative fuel sourced vehicles would be the best idea for everyone involved. The positive feedback generated by offering this fleet of vehicles would be astounding. The market for rental cars with alternative fuel capabilities is very small and the Lotus Car Rental Company would have the market cornered. The cost of maintain a fleet of these vehicles are no different than that of petroleum fueled vehicles. The consumer that is able to rent these vehicles will also benefit by being able to save more money on energy for the vehicle. The environment will also benefit from this addition to the Lotus Car Rental fleet. The amount of pollution and emissions that can be cut back will be helpful to the surrounding community and the future generations to grow up in the community. Conclusion The creation of a fleet of alternative fuel sourced automobiles would be a wise decision for the Lotus Car Rental Company. After conducting much research, the decision to incorporate a fleet of alternative fuel sourced automobiles would be in the best interest of the public as well as the company. The research has shown the monetary benefits, the technical benefits as well as the environmental benefits of acquiring a fleet of alternative fuel sourced automobiles. The benefits of having a positive company reputation are enormous. Having an environmentally friendly car rental company has the potential of being a lucrative decision. Living a green lifestyle has become an important thing in this day and age. The Lotus Car Rental Company will have cornered the market by having an entire fleet of environmentally friendly automobiles. References Alternative fuel vehicles. (2012). Retrieved from http://www.fueleconomy.gov/feg/current.shtml Edmunds.com. (2009). Retrieved from http://www.edmunds.com/fuel-economy/what-is-a-hybrid-car-how-do-hybrids-work.html Almeida, A. (2009, August 13). Average Cost of a Hybrid Car. Retrieved from CarsDirect: http://www.carsdirect.com/car-pricing/whats-the-average-cost-of-a-new-hybrid-car Schueneman, T. (2009, February 12). Enterprise Rent-a-Car Adds 5000 Hybrids to its Fleet of Fuel Efficient Cars. Retrieved from sustainablog: http://sustainablog.org/2009/02/enterprise-rent-a-car-adds-5000-hybrids-to-its-fleet-of-fuel-efficient-cars/ 5 things you need to know about alternative fuel vehicles. (2008, July). greencar.com, (), . Retrieved from http://www.greencar.com/articles/5-things-need-alternative-fuel-vehicles.php Hybrid cars and pollution. (2005). Retrieved from http://www.hybrid-car.org/hybrid-cars-pollution.html

Report on Critical Review of Binary Search Tree Algorithm

Report on Critical Review of Binary Search Tree Algorithm What is Binary Search Tree? Binary search tree (BST) is a dynamic data structure, which means that its size is only limited by amount of free memory in the computer and number of elements may differ during the program executed. BST has aComparableKey (and an associated value) for each. All elements in its left sub-tree are less-or-equal to the node (, and all the elements in its right sub-tree are greater than the node (>). Assumexbe a node in a binary search tree. Ifyis a node in the left sub-tree ofx,thenkey[y] [x].Ifyis a node in the right sub-tree ofx,thenkey[x] [y]. A main pro of binary search trees is fast searching. There are three type of binary search tree: Inorder traversal Preorder traversal Postorder traversal In inorder traversal, the left sub-tree of the given node is visited first, then the value at the given node is printed and then the right sub-tree of the given node is visited. This process is applied recursively all the node in the tree until either the left sub-tree is empty or the right sub tree is empty. Java code for inorder traversal: public void printInorder(){ printInOrderRec(root); System.out.println(); } /** * Helper method to recursively print the contents in an inorder way */ private void printInOrderRec(Node currRoot){ if ( currRoot == null ){ return; } printInOrderRec(currRoot.left); System.out.print(currRoot.value+, ); printInOrderRec(currRoot.right); } In preorder traversal, the value at the given node is printed first and then the left sub-tree of the given node is visited and then the right sub-tree of the given node is visited. This process is applied recursively all the node in the tree until either the left sub-tree is empty or the right sub tree is empty. Java code for preorder traversal: public void printPreorder() { printPreOrderRec(root); System.out.println(); } /** * Helper method to recursively print the contents in a Preorder way */ private void printPreOrderRec(Node currRoot) { if (currRoot == null) { return; } System.out.print(currRoot.value + , ); printPreOrderRec(currRoot.left); printPreOrderRec(currRoot.right); } In postorder traversal, the left sub-tree of the given node is traversed first, then the right sub-tree of the given node is traversed and then the value at the given node is printed. This process is applied recursively all the node in the tree until either the left sub-tree is empty or the right sub-tree is empty. Java code for postorder traversal: public void printPostorder() { printPostOrderRec(root); System.out.println(); } /** * Helper method to recursively print the contents in a Postorder way */ private void printPostOrderRec(Node currRoot) { if (currRoot == null) { return; } printPostOrderRec(currRoot.left); printPostOrderRec(currRoot.right); System.out.print(currRoot.value + , ); } Full code example for BST //Represents a node in the Binary Search Tree. class Node { //The value present in the node. public int value; //The reference to the left subtree. public Node left; //The reference to the right subtree. public Node right; public Node(int value) { this.value = value; } } //Represents the Binary Search Tree. class BinarySearchTree { //Refrence for the root of the tree. public Node root; public BinarySearchTree insert(int value) { Node node = new Node(value); if (root == null) { root = node; return this; } insertRec(root, node); return this; } private void insertRec(Node latestRoot, Node node) { if (latestRoot.value > node.value) { if (latestRoot.left == null) { latestRoot.left = node; return; } else { insertRec(latestRoot.left, node); } } else { if (latestRoot.right == null) { latestRoot.right = node; return; } else { insertRec(latestRoot.right, node); } } } //Returns the minimum value in the Binary Search Tree. public int findMinimum() { if (root == null) { return 0; } Node currNode = root; while (currNode.left != null) { currNode = currNode.left; } return currNode.value; } //Returns the maximum value in the Binary Search Tree public int findMaximum() { if (root == null) { return 0; } Node currNode = root; while (currNode.right != null) { currNode = currNode.right; } return currNode.value; } //Printing the contents of the tree in an inorder way. public void printInorder() { printInOrderRec(root); System.out.println(); } //Helper method to recursively print the contents in an inorder way private void printInOrderRec(Node currRoot) { if (currRoot == null) { return; } printInOrderRec(currRoot.left); System.out.print(currRoot.value + , ); printInOrderRec(currRoot.right); } //Printing the contents of the tree in a Preorder way. public void printPreorder() { printPreOrderRec(root); System.out.println(); } //Helper method to recursively print the contents in a Preorder way private void printPreOrderRec(Node currRoot) { if (currRoot == null) { return; } System.out.print(currRoot.value + , ); printPreOrderRec(currRoot.left); printPreOrderRec(currRoot.right); } //Printing the contents of the tree in a Postorder way. public void printPostorder() { printPostOrderRec(root); System.out.println(); } //Helper method to recursively print the contents in a Postorder way private void printPostOrderRec(Node currRoot) { if (currRoot == null) { return; } printPostOrderRec(currRoot.left); printPostOrderRec(currRoot.right); System.out.print(currRoot.value + , ); } } //Main method to run program. class BSTDemo { public static void main(String args []) { BinarySearchTree bst = new BinarySearchTree(); bst .insert(10) .insert(40) .insert(37) .insert(98) .insert(51) .insert(6) .insert(73) .insert(72) .insert(64) .insert(99) .insert(13) .insert(9); System.out.println(The Binary Search Tree Example); System.out.println(Inorder Traversal:); bst.printInorder(); System.out.println(Preorder Traversal:); bst.printPreorder(); System.out.println(Postorder Traversal:); bst.printPostorder(); System.out.println(); System.out.println(The minimum value in the BST: + bst.findMinimum()); System.out.println(The maximum value in the BST: + bst.findMaximum()); } } Output example Linear Search Algorithm Linear search, also known as sequential search, is a operation that checks every element in the list sequentially until the target element is found. The computational complexity for linear search isO(n),making it mostly much less efficient than binary searchO(log n).But when list items can be arranged in order from greatest to lowest and the possibility appear as geometric distribution (f (x)=(1-p) x-1p, x=1,2),then linear search can have the potential to be greatly faster than binary search. The worst case performance scenario for a linear search is that it needs to loop through the entire collection; either because the item is the last one, or because the item isnt found. In other words, if havingNitems in the collection, the worst case scenario to find an item isNiterations. This is known asO(N)using theBig O Notation. The speed of search grows linearly with the number of items within the collection. Linear searches dont require the collection to be sorted. Example java program to show linear search algorithm class LinearSearchDemo { public static int linearSearch(int[] array, int key) { int size = array.length; for(int i=0;i { if(array[i] == key) { return i; } } return -1; } public static void main(String a[]) { int[] array1= {66,42,1,99,59,53,16,21}; int searchKey = 99; System.out.println(Key +searchKey+ found at index: +linearSearch(array1, searchKey)); int[] array2= {460,129,128,994,632,807,777}; searchKey = 129; System.out.println(Key +searchKey+ found at index: +linearSearch(array2, searchKey)); } } Output example Why Linear Search? Alinear searchlooks down a list, one item at a time, without skipping. In complexity terms this is an O(n) search where the time taken to search the list gets bigger at the same rate as the list does. Binary searchtree when starts with the middle of a sorted list, and it see whether thats greater than or less than the value it looking for, which determines whether the value is in the first or second half of the list. Skip to the half way through the sub-list, and compare again. In complexity terms this is an O(log n) search where the number of search operations grows more slowly than the list does, because it is halving the search space with each operation. For example, suppose to search for U in an A-Z list of letter where index 0-25 and the target value at index 20. A linear search would ask: list[0] == U? False. list[1] == U? False. list[2] == U? False. list[3] == U? False. . .. †¦ list[20] == U? True. Finished. The binary search would ask: Comparelist[12](M) with U: Smaller, look further on. (Range=13-25) Comparelist[19](T) with U: Smaller, look further on. (Range=20-25) Comparelist[22](W) with U: Bigger, look earlier. (Range=20-21) Comparelist[20](U) with U: Found it. Finished. Comparing the two: Binary search requires the input data to be sorted but linear search doesnt. Binary search requires anorderingcomparison but linear search only requires equality comparisons. Binary search has complexity O(log n) but linear search has complexity O(n). Binary search requires random access to the data but linear search only requires sequential access. (it means a linear search canstreamdata of arbitrary size) Divide and Conquer Algorithm Divide and conquer is a top-down technique for designing algorithms that consists of dividing the problem into smaller sub-problems hoping that the solutions of the sub-problems are easier to find and then composing the partial solutions into the solution of the original problem. Divide and conquer paradigm consists of following major phases: Divide Breaking the probleminto several sub-problems that are similar to the original problem but smaller in size. Conquer Solve the sub-problemrecursively (successively and independently). Combine these solutionsto sub-problems to create a solution to the original problem. The similarity with Binary Search Tree, it is a degenerate divide and conquer search algorithm but with no combine phase. It searches for akeyin asortedvector then returning theindexwhere the key was found or return -1 when not found. It also reduces the problem size by half each recursion. The algorithm definition: Divides sorted vector into 2 halves. The lower halves contain values less or equal the key and the higher half values greater than or equal the key. If the low index exceeds the high index the key is not in the vector. Compute the middle index of the vector. If the key equals the value at the middle of the vector, the index of the middle is returned If the key is less than the value at the middle of the vector, the lower half is searched If the key is greater than the value at the middle of the vector, the higher half is searched Only one of the halves is searched, reducing the problem size by half each time. Recursion Technique Recursionis a technique of solving problems that includes breaking down a problem into smaller and smaller sub-problems until get to a small enough problem that it can be solved trivially. Normally recursion includes a function calling itself. While it may not would appear to be much at first glance, recursion allow to write elegant solutions to problems that may otherwise be extremely hard to program. It is very similar with binary search tree that using divide and conquer technique which is breaking down problem into sub-problems. A binary search or half-interval search algorithm discover the position of a specified value within a sorted array. In each step, the algorithm compares the input key value with the key value of the middle element of the array. If the keys match, then a matching element has been found so its index is returned. Otherwise, if the looked key is less than the middle elements key, then the algorithm repeats its action on the sub-array to the left of the middle element or, if the input key is greater, on the sub-array to the right. If the remaining array to be searched is reduced to zero, then the key cannot be found in the array and a special Not found indication is returned. Every repetition eliminates half of the remaining possibilities. This makes binary searches very efficient even for large collections. Binary search requires a sorted collection. Additionally, binary searching can only be applied to a collection that allows random access (indexing). Worst case performance: O(log n) Best case performance: O(1) Recursion is utilized as a part in this algorithm because with each pass a new array is created by cutting the old one in half. The binary search procedure is then called recursively, this time on the new array. Commonly the arrays size is adjusted by manipulating a beginning and ending index. The algorithm exhibits a logarithmic order of growth because it essentially divides the problem domain in half with each pass. Conclusion The conclusion is there is never be the best approach to follow blindly, each of these algorithms has its pros and cons. So, if there is any scenario or problem, it should be analyze first and adopt one of these algorithms to find what’s suit. REFERENCE Implement Binary search in java using divide and conquer technique. Java search algorithm programs. 2014. [ONLINE] Available at:http://java2novice.com/java-search-algorithms/binary-search/. [Accessed 26 October 2014]. Best searching algorithm | java coding algorithms. 2014 [ONLINE] Available at:http://tekmarathon.com/2012/10/05/best-searching-algorithm-2/. [Accessed 26 October 2014]. Linear Search. 2014.Linear Search. [ONLINE] Available at:http://algorithms.openmymind.net/search/linear.html. [Accessed 26 October 2014]. Java Recursion with examples. 2014. [ONLINE] Available at:http://danzig.jct.ac.il/java_class/recursion.html. [Accessed 26 October 2014]. Divide-and-Conquer Algorithms. 2014.Divide-and-Conquer Algorithms. [ONLINE] Available at:http://www.personal.kent.edu/~rmuhamma/Algorithms/MyAlgorithms/divide.htm. [Accessed 26 October 2014]. Binary Search Trees. 2014.Binary Search Trees. [ONLINE] Available at:http://pages.cs.wisc.edu/~vernon/cs367/notes/9.BST.html. [Accessed 27 October 2014]. Binary Trees . 2014.Binary Trees. [ONLINE] Available at:http://www.cs.cmu.edu/~adamchik/15-121/lectures/Trees/trees.html. [Accessed 27 October 2014]. Data structures Why is Binary Search a divide and conquer algorithm? Stack Overflow. 2014. [ONLINE] Available at:http://stackoverflow.com/questions/8850447/why-is-binary-search-a-divide-and-conquer-algorithm. [Accessed 27 October 2014].

Nixon Essay -- essays research papers fc

NIXON Nixon had a difficult early life with many trials and hardships, which affected his character and way of thinking about the world and himself. The premature death of two of his brothers caused him deep-rooted trauma. He had a lifelong inability to trust other people. From the competition between his siblings, he got a keen sense of competition and struggle and a belief that in the end, he was alone against fate and his enemies. He believed vehemently that â€Å"The mark of the man is to be resilient and continually return after set-backs.† Nixon believed that the successful competitor never lets his enemies have the final say in a contest of will. Some of his cruel attempts to discredit his political enemies may have come from the regular beatings his father used to keep Nixon in line. Nixon’s ambition was the theme of his life story. Nixon was born in Orange County, California on January 9, 1913, the second of five sons of Francis A. and Hannah Milhaus Nixon. The Nixons were longtime members of the Society of Friends, more commonly known as Quakers. Nixon was nine at the time that his family moved to Whittier, California, where his father owned and operated a local gasoline station and country store. He attended public schools until the age of 17, when he entered Whittier Collage, a small local Quaker institution. Success in student politics and strong debating skills crowned Nixon’s collage years. Upon graduation in 1934, he won a scholarship to Duke Law School in Durham, N.C. Since his family was short of funds to pay for his lodging and books, he got a part time job. He graduated 3rd in his class and was elected president of the Duke Bar Association. Nixon looked forward to a career with the FBI in Washington, D.C., but returned instead to Whittier to join the town's oldest law firm. When the firm opene d a branch office in La Habra, he transferred there and got some excellent practical experience. Early in World War II, Nixon worked for six months in the Office of Emergency Management; an experience which he said disillusioned him with bureaucracy. At a play tryout during this time, Nixon met Thelma Patricia Ryan, a schoolteacher, whom he married on June 21, 1940. Though he wanted to move to a big city firm to be able to better support his new wife, World War II brought him to Washington, where he worked in the tire-rationing section of the Office of ... ...e American anti-hero. A self-made man, he achieved the American dream – he rose from humble roots to become president. He had the strength of will to hold on to his goal through many setbacks. But his ambition ultimately consumed him, and perhaps his mind. This may have created the paranoia that was his final undoing. BIBLIOGRAPHY Bernstein, Carl, and Woodward, Bob. All The President’s Men. New York: Simon and Schuster, 1975. Nadle, Laurie. The Great Stream of History: a Biography of Richard M. Nixon. New York: Maxwell Macmillan International, 1991 Maroon, Fred J., Wicker, Tom. The Nixon Years 1969-1974: White House to Watergate. New York: Abbeville Press, 1999. â€Å"Richard M. Nixon.† Author Unknown. Date Unknown. â€Å"Richard Milhous Nixon.† Originally appeared in the Encyclopedia of American Political Parties. Date Unknown. â€Å"RICHARD M. NIXON.† Tom Wicker. Date Unknown. â€Å"Richard M. Nixon At a Glance.† Author Unknown. Date Unknown.

Prosperity and Violence in Developed vs Underdeveloped Countries Essay

Prosperity and Violence in Developed vs Underdeveloped Countries The best examples of the trade off between prosperity and violence are attributed in Bates to the early developers, whose' success story stands in contrast to the prospect of the late developers who's situation is fundamentally related to their historical relationship with the developed nations. In order to come to an understanding of the trade off between prosperity and violence it is therefore necessary to establish the terms of distinction between developed and underdeveloped countries. This paper will therefore establish the cause of the trade off between prosperity and violence in order to highlight its impediments. In doing so this paper will argue that the history of early developers is characterised in Bates by the interplay between prosperity and violence and their respective roles in inspiring the great transformation. It will be argued that the trade off between prosperity and violence passes through distinct stages which has implications for the prospects of late developers. From agrarian beginnings in which a fragile peace was established via the threat of privately wielded violence to the feudal period which sees monarchs engage in wars, the trade off between prosperity and violence is the outcome or solution of the exigencies of the time. There is then a stark contrast between the histories of the developed nations and the modern histories of the late developers. Following Bates, it will be argued that the trade off between prosperity and violence has not yet effectively taken place within the developing world. The impact of global economic forces coupled with the impact of the cold war has negatively impacted the late deve... .... However, there is no doubt that the late developer?s ability to undergo the ?great transformation? has been perverted by the post war political and economic environment. Insofar as the course of the late developers direction has diverted from the norm established by the early developers, the trade-off between prosperity and violence has not been accomplished. References Bates, R, (2000), "Prosperity and Violence: the political economy of development", W. W. Norton and company, New York and London] Todaro, M, (1997), ?Economic development?, Sixth Edition, London Longman Valenzuela, J.S and Valenzuela, A., (1978) "Modernisation and Dependency: alternative perspectives in the study of Latin American Underdevelopment", Comparative Politics 10 Kothari, U and Minogue, M, (2002), "Development theory and practice: critical perspectives", Palgrave Prosperity and Violence in Developed vs Underdeveloped Countries Essay Prosperity and Violence in Developed vs Underdeveloped Countries The best examples of the trade off between prosperity and violence are attributed in Bates to the early developers, whose' success story stands in contrast to the prospect of the late developers who's situation is fundamentally related to their historical relationship with the developed nations. In order to come to an understanding of the trade off between prosperity and violence it is therefore necessary to establish the terms of distinction between developed and underdeveloped countries. This paper will therefore establish the cause of the trade off between prosperity and violence in order to highlight its impediments. In doing so this paper will argue that the history of early developers is characterised in Bates by the interplay between prosperity and violence and their respective roles in inspiring the great transformation. It will be argued that the trade off between prosperity and violence passes through distinct stages which has implications for the prospects of late developers. From agrarian beginnings in which a fragile peace was established via the threat of privately wielded violence to the feudal period which sees monarchs engage in wars, the trade off between prosperity and violence is the outcome or solution of the exigencies of the time. There is then a stark contrast between the histories of the developed nations and the modern histories of the late developers. Following Bates, it will be argued that the trade off between prosperity and violence has not yet effectively taken place within the developing world. The impact of global economic forces coupled with the impact of the cold war has negatively impacted the late deve... .... However, there is no doubt that the late developer?s ability to undergo the ?great transformation? has been perverted by the post war political and economic environment. Insofar as the course of the late developers direction has diverted from the norm established by the early developers, the trade-off between prosperity and violence has not been accomplished. References Bates, R, (2000), "Prosperity and Violence: the political economy of development", W. W. Norton and company, New York and London] Todaro, M, (1997), ?Economic development?, Sixth Edition, London Longman Valenzuela, J.S and Valenzuela, A., (1978) "Modernisation and Dependency: alternative perspectives in the study of Latin American Underdevelopment", Comparative Politics 10 Kothari, U and Minogue, M, (2002), "Development theory and practice: critical perspectives", Palgrave

Nanogene Case

Graciela Rodarte FIN 425 Professor: Stephan Cutler November 8, 2012 NanoGene Technologies, Inc. In November 2001, the team of Tompkins Mark Masterson, Ravi Rhoota, and Gary Gary Garfield met to formally incorporate NanoGene. They discussed a number of important issues including equity splits, salaries, funding strategies, and naming Tompkins CEO. The founders decided a salary of $120,000 and split the equity equally. NanoGene closed a deal with an angel for $600,000, and their own stock would be 20% immediately, 20% at the end of the first year and the remaining 60% at the rate of 2% per month.In September 2002, Tompkins met with VCs seeking $10 million in series A financing. After doing several due diligences on the company, the VCs had serious issues with the decisions the founders had made. First, it was the large founding team, the fact that split the equity equally, the salary, and none of them had experience as a Chief Scientific Officer of an established firm. According to the VCs CEOs usually have 7 to10% equity and makes about $250,000 salary, and senior scientist $95,000.Another issue that the founders had was that they wanted to hire Miller as VP but they were not agree with the salary she was asking. Mean while she agreed to do some consulting projects for NanoGene. Miller did help the team do some hiring process and with the compensation policy. Evaluate the founders’ decisions regarding the split of equity and compensation level. The decision of the split equity, and compensation seemed fair when NanoGene was founded. As the case stated, Will Tompkins did not see himself more important than his co-founders, and because they all started together and were agreed about it.But once the founders started working, things changed as they performed different duties and responsibilities. I t is logic that salaries and compensation should go according to their performance in the company. There exist guidelines to follow on how NanoGene should go with the market salary for the some jobs. In terms of the compensation level, it can be considering as a no dynamic. It would be better to consider multiple options for compensations that would be a dynamic workforce. As a potential investor, these decisions would be a concern for me.When doing evaluation of the potential company the distribution of salaries among the founders is important because as an investor I would see the CEO as not aggressive enough to run the company and who is not ready or willing to take appropriate salary. Also would see the CEO as not being confident with his ability, which it would be important for the business to be successful. Evaluation of the size and composition of the founding team. It is a problem when the founding team at NanoGene is larger than the average team.Also it is relevant that when trying to negotiate with a big group of founders brings disagreements between founders and investors. It is clear and easy to deal with one or two people than wi th a group of people that would have different opinions and points of views. Furthermore, there could negative results as none of the founders have any business experience. It would be logic that when creating a company at least one of the founders has some experience. In terms of the composition of the founding team, it would be better if the founders own different amounts to make the correct decision control.There is a big difference between being a founder and early employees. A founder owns percentage of equity, has more ties to the company, does the job by directing, works harder, has to be involved with meetings of the company, and it is uncertainly the time in terms of getting pay. While the early employee just has opinions, does the work, have less risk, and get pay from day one. Evaluate Paige Miller as an addition to the team, the addition of Paige Miller to team would be a great value to the company since she had the experience in management and operations field that none of the founders would have to manage NanoGene.As Will said, Paige would contribute a lot the company doing the job of management while the founders can focus on the science. In terms of her compensation demands, salary and equity are reasonable since she asked and knew what her market value is. She had ample knowledge of her work and how much she worth. As such, her compensation demands are logic, and I would hire her if she would contribute and bring value to the company and need her. I would not be hesitating paying what she asked. But since NanoGene is a developing company, hiring Paige would be not necessary, and also would be loss of fund at this time.Consequently I would probably hire her to do some consulting projects for NanoGene. Assess the company’s progress on each of the specific issues discussed in the last section of the case: In the hiring process, first of all it would be better that each senior scientist identifies the position and skills needed for his or h er department. This way the scientist can have an idea and the vision of the person they need. In order to recruit the potential employee, NanoGene needs the process of doing advertising through news paper, web-site or/and job fairs. In the process of interviewing is the decision to select the most qualified candidate.The compensation policy provides a set of basic principles and guidelines that are designed to enforce end direct the company. NanoGene should comprise with more options basing on the potential candidates’ backgrounds and experience. Also it is very important to set clear goals for each department, and give some freedom which would be the successful of each employee as well as for the company’s future. Also the company’s culture is very important to maximize its ability and achieve its strategic objectives as NanoGene must understand its ideal culture. This would be helpful when doing interviews to better accomplish its needs.As culture encourages employees to work hard but also to have fun while doing so. Furthermore its culture entails respect for others employees in terms of understanding the company’s culture works reciprocal with strategic NanoGene was founded with a large group of members, salaries and split were unusual way, and they were pure scientists but none of them had experience as CEO. The team should reduce the number of the members, and hire someone who has ample experience as Chief Scientific Officer. Also change the salary and split based on the guides in order to be performance oriented and be successful business.