Protection of vulnerable people (ADULT WITH DEMENTIA) Essay

Protection of vulnerable people (ADULT WITH DEMENTIA) - Essay Example Being a serious mental disability, adults suffering from dementia face many challenge in their routine life particularly learning disabilities. These adults are often abused at different intervals of life. This paper aims to highlight the abuses and challenges faced by adults with Dementia. Moreover, the will provide methods through which the vulnerability of these adults can be reduced. The paper will also discuss laws and policies that safeguards adults with dementia. Background One of the serious health problems faced by adults across the world, particularly the UK is Dementia. This is because of certain factors. One chief reason is that the aging of people in the UK is increasing. For this reason, adults that are diagnosed with Dementia in UK are increasing every year. The term ‘Dementia’ is originally a Latin word which means irrationality; ‘De’ means without and ‘mens’ means mind, thus it illustrates that without mind (Adams & Manthorpe, 2 003). Previously unimpaired people can also undergo dementia. It is a progressive brain dysfunction in which the person faces long term decline in his mental capabilities. The chief cognitive regions of the brain affected by Dementia include memory, attention, language and problem solving which makes it difficult for the person to perform various tasks. If these dysfunctions stays or are present for more than 6 months, then it is in positive support for the diagnosis of dementia (Hughes, et al., 2006). Dementia is a growing disease in the UK. Many adults are facing challenges to continue their routine life normally and are abused at different points because of this mental disorder. Moreover, adults diagnosed with dementia also face some financial challenges that do not allow them to treat their sickness, thus increasing the problems. The government of United Kingdom has set some laws and policies for patients with mental sickness. This is to ensure that those diagnosed with mental d ysfunctions are getting proper treatment and are able to continue their life. Moreover, adults who are diagnosed with dementia also face learning disability issues (Keady & Harris, 2013). Body Abuses / Challenges Faced by Adults with Dementia To name there are a number of abuses and challenges that are faced by adults with Dementia. These challenges vary from person to person. According to a report conducted by Kings’ College London and Alzheimer’s society stated that it is estimated that by 2025 as many as one million people will have dementia in UK. This is a serious issue which raises many other problems for the adults making them vulnerable towards life (Alzheimer's Society, 2013). People have not understood dementia completely, thus they are not able to offer this disease a comprehensive reaction. For this reason, dementia adds to the miseries of adults. Where on one hand these adults find it hard to cope-up with their daily tasks, the disease and other factors in a variety of ways often abuse them. It is already discussed above that adults with dementia face issues with memory; this illustrates that they have problems remembering their name, the day, week, and month; in short they are not able to recall anything properly. This can be explained with the help of few examples. Imagine, you wake up one morning and you are not able to recognize the person or his name that is lying next to you. This gets even worse when you look at your siblings and other family members and asks

Biomedical stent Essay Example | Topics and Well Written Essays - 2500 words

Biomedical stent - Essay Example The manufacturing of stents is usually conducted in a careful method that a features the use of highly complex and advanced processes in order to meet the requirements. Some of the common methods that are used in the manufacture of stents include the identification of the optimal materials to be used in the manufacture. The choice of material is of supreme value because it determines the effectiveness of the product. A poorly chosen optimal raw material would lead to cases of maladjustment with the results that the stent would be ill suited to perform the kind of task for which it was designed. Laser cutting techniques feature prominently in the manufacture of stents (Shrivastava 25). The use of laser is necessary for the purposes of ensuring precision. The laser cutting processes usually involves the application of complex geometries that are determined by the minute measurements applied within the process. Cardiovascular, peripheral, or neurovascular blood vessels are some of the vessels that often receive the support of stents for purposes of support and scaffolding. Stents also apply in providing solutions to some natural passages gastrointestinal and urinary tracts, which are often prone to diseases and conditions that affect the processes of natural flow within them (Shrivastava 28). Depending on the tasks for which they are created, stents may differ in make, size, and orientation. Stainless CoCr and Nitinol or a combination of the two is some of the materials that are often used in the manufacture of stents. The choice of material used in the manufacture of stents is usually determined by the nature and place of usage. Generally, coronary and peripheral stents are made of stainless while neurovascular, carotid, and biliary stents rely more on Nitinol material for their manufacture (Shrivastava 43). The major differences in these stents are defined in

Into the Wild Blue Yonder Essay Example for Free

Into the Wild Blue Yonder Essay Most people will never get the chance to fly an airplane. They will never get to experience the thrill of soloing for the first time or the terror of dodging crows at 100 mph. Most people will be familiar with the sensation of your stomach settling somewhere around your knees or your throat while on a roller coaster, well, flying an airplane makes that feel like walking down a flight of stairs. First off, I have to begin by describing to you just what an airplane looks like, in and out. Well, on the outside most small general aviation aircraft have a thin, cloth skin stretched over an aluminum skeleton for strength. The aircraft has four surfaces that control how the pilot can manipulate the plane in flight. On the outside trailing edge of the wings are the ailerons, they control how much the airplane rolls when the pilot turns the yoke (similar to a steering wheel in a vehicle) either right or left. On the inside of the wings, close to the body of the plane, are the flaps. They are used to produce extra lifting force at slower speeds, they are controlled by a handle in between the pilot and co-pilot seats. At the rear of the airplane on a flat surface parallel to the wings is the elevator, the pilot can move the yoke in or out to move the elevator either up or down, thus either lifting the tail for the plane to dive, or lowering the tail for the plane to climb. Above the elevator is a vertical control surface called the rudder, which the pilot controls with foot pedals to turn the plane left or right. Now a plane can be either high- or low-wing. Most of the aircraft at Henderson State University are high-wing, which means the wings are at the top of the body of the aircraft and not at the bottom. Our airplanes have what is known as tricycle gear, which means there are two wheels beneath the body of the plane where the wings are, and one beneath the nose of the airplane. Most planes have between six and nine lights, two on the rudder, two on either wing tip, one or two on the leading edge of either wing close to the body, and sometimes one beneath the propeller. Now onto the inside of the aircraft. It is a complete mystery the first time someone looks into an aircraft. No one knows what button, knob, or switch does what. Just off the top of my head, I can count over five multi-colored knobs, seventeen switches, and at least forty buttons. The seats in our aircraft at HSU are simple, uncomfortable, but functional grey sliding seats. I just wish the engineer that designed our aircraft had actually been forced to use the seats. You can barely see out of the windshield in them, they are so low the seatbelt practically saws your neck in half by the time you get out at the end of your flight. Thats about it for looks, lets check in on how it sounds. Each airplane has its own personality, so each noise is different, however they are all much the same. Here are a few of my favorites. As you tow the monstrously heavy plane out of the hangar onto the ramp, the sticking brakes squeal like scared mice, the low pressure tires slap on the tarry pavement like a seal clapping for his ball, the nose gear whines like a five year old wanting a cookie, and the unlatched doors slam open and shut like car doors on Black Friday. Some of the planes are worse than others though. One of the planes when it starts, you automatically know that someone is flying this certain plane, it sounds closer to a rocket about to takeoff as opposed to a car without a muffler accelerating. When you are in the plane about to start it up, the low hum of conversation fills the cabin. As the pilot makes a few last adjustments to the throttle, primer, and mixture knobs, the conversation ceases and the all important call of â€Å"CLEAR PROP!† breaks the silence. When the pilot turns the ignition, the engine coughs and wheezes into life, as it slowly comes to speed with a roar that would put a lion to shame. How does an airplane feel you might ask? Well, each control is different to help you learn which is which during a night flight or an emergency situation. For example, the primer is ridged with a diamond pattern, similar to what would be on a trucks toolbox, while the only thing that is smooth for the pilot is the yoke. Another example would be the throttle control knob, it is ridged except it has small dots on it instead of a diamond pattern. Everything in the cabin is learned by muscle memory, a pilot has to get out and fly, or he can not be the best pilot possible. Flying an airplane is a tiring task, not just mentally, but physically. The pilot has to constantly hold pressure on the yoke, either backward or forward to keep the craft flying like he or she wants it to fly. Well, with that all said, those are the best ways to describe an aircraft that I know how. Out of the five senses, those are the ones best suited to describing a plane, sight, sound, and touch. I would not want to taste an airplane and they really do not have a noticeable smell, to me anyway.

Reactive Fault Tolerance Strategies

Reactive Fault Tolerance Strategies Abstract Cloud is the buzzword among computational technologies. It has brought a paradigm shift in a way computing is done and data is stored. This cost-effective means of technology has attracted a lot of people towards it and companies are embracing cloud to reduce their operational costs. As grows the popularity so will the challenges. One of the foremost challenges is Fault Tolerance. Fault Tolerance ensures the availability, reliability, and performance of the cloud applications. This paper is mainly focused on the Reactive fault tolerance strategies. Firstly, the paper outlines various faults, errors, and failures in the Cloud Computing scenario. Then, various prevalent reactive fault tolerance strategies are discussed. Lastly, a comparative analysis is done to better understand the application of the discussed strategies. I. Introduction Cloud-Computing is gaining traction due II. Faults, Errors, and Failures 2.1 Faults. Fault is the cause of the system or a component in the system to fail. Faults induce errors into system which hinders the ability of any system to perform as expected and give desired results. An erroneous system ultimately leads towards failure. Fault tolerance is the ability of the system to keep going in presence of one or more faults but with decaying performance. We must thoroughly classify and analyze various kinds of faults, errors, and failures to come up with sound Fault-Tolerance Strategies.   Faults in Cloud Computing environment can be classified as follows. Aging related fault As time passes, these faults show up into the system. These can be further categorized into two types namely Software based aging and Hardware based aging. Once the software starts execution, there is an accumulation of software bugs in the system. Furthermore, the decaying performance of the system hardware makes the system incapable to perform to its requirements. Omission fault This kind of faults occur when the resources in the system dry up and eventually the ongoing processes end up falling short of the resources in terms of storage capacity and computing power. Omission faults are mainly of two types i.e. Denial of Service, where the attacker tries to make the resources unavailable to its intended users by overwhelming the system with too many superfluous requests.   The other type is Disk Space Full, in which the amount of free space required by the applications is no longer available, this leads to node failure? Response faults. Response faults occur when the server gives an incorrect response to a query made by the user. This is further classified into 3 types. Value Faults-If faults at an application level or at lower level in the system are not managed properly, this can cause the individual application or the processor to emit an incorrect value. Byzantine faults- This fault attributes to the erratic behavior of the processor when it gets corrupted. The processor has not stopped working but the results are not predictable. State transition faults- When systems change their states, this kind of fault surfaces. Timing Faults. Synchronization is a key factor when it comes to execution of tasks in a distributed computing ecosystem. There should be time constraints for communication and execution of tasks by the processor. Faults which arise due to poor synchronization are called Timing faults. If the communication or the task execution begins early, then it is called Early fault. If the processor takes a lot of time to execute the tasks and this results in undesirable delay in the communication, then it is called Late fault. Interaction Faults. As the number of services grow in the system along with its complexity, the interaction between the services also increases. This may cause faults which occur due to Policy and Security incompatibilities. Various service providers have different policies and different security protocols. Life Cycle Faults. The service time of an application may expire when a user is trying to use that application. User cannot further access it unless the service becomes active again. This is called as Life Cycle fault or Service expiry fault. 2.2 Errors. Error is the difference between the expected output and the actual output of a system. A system is said to perform erroneously when it starts behaving in a manner that is against its specification and compliance. To study the nature of errors in a cloud computing scenario, a few of them have been listed below. Network Errors. Cloud is a network of remote servers. Hence, we may observe a lot of errors in the nodes and the links which connect these servers.   This kind of errors are called as Network Errors. Mainly network errors can be in the form of three types. Packet Corruption-   As a packet moves from one node to another and traverses across various links, there is a fair amount of chance that it might get corrupted due to the system noise. Packet corruption tweaks the original information and might sometimes go unnoticed.? Packet Loss- If a packet fails to reach its destination, this leads to Packet Loss. The main causes of packet failure are link congestion, device failure, (router/switch) and, faulty cabling. Network Congestion- When the traffic This issue is encountered due to low bandwidth. When the flow of traffic increases on a single path, this may also create network congestion. This issue is very important as it determines the Quality of Service(QoS). Software Errors. Software errors are broadly categorized as memory leaks and numerical exceptions. Memory Leaks- When there is a bug in the software wherein the application uses huge memory to perform the task but the memory, which is no longer needed, is not freed upon the completion of the task. Numerical Exception-A software does a lot of numerical computations which are required by the applications. The applications might sometimes generate issues due to some numerical conversions which raise exceptions. If these exceptions remain unhandled then errors persist in the system. Time Based Errors. These errors arise when applications do not complete their task execution in a time bounded manner. This can be subdivided into three types. Transient Errors- the probability of occurrence is very less. Intermittent Errors- The pattern of these errors is sporadic but observed many number of times. Permanent Errors- These occur more number of times with a deterministic pattern. 2.3 Failures. As said earlier, failures result due to errors. If a system does not achieve its intended objective, then its in a state of failure. Several things can go wrong in a system and yet the system may produce desired results. Until the system produces wrong output, there is no failure?4 To study the nature of failures, following is the list of failures. Node Failure. In distributed systems, such as cloud computing, we see that sometimes resources and nodes are dynamically added to the system. This brings along a lot of uncertainties and the chances of node failure increase. Reliability and availability are the major criteria for nodes to be adjudged as functioning properly. Node failure occurs if a node is not available at any time a node is not present in the system to perform tasks(unavailable) or produces errors while doing computations. Process Failure. Process failure occurs when a process is unable to place the messages into the communication channel and transmit it or a processs algorithm is unable to retrieve messages from the communication channel? Network Failure. Network failures are very serious issues with regards to cloud computing. There is no communication without a network. Network failures occur when there is a link failure, network device failures such as routers and switches, configuration changes in a network. Configuration change or a change in policy of a machine will cause problems to the applications using the resources of that machine and this problem is most likely reason for a network failure.? Host Failure. A host is a computer that communicates with other computers on the network. In the scope of Cloud Computing, hosts are servers/clients that send/receive data. Whenever a host fails to send the requested data due to crashes, host failure occurs. Application Failure. Cloud applications are the software codes that run on cloud. Whenever bugs develop in the codes, application fails to fulfil its intended objective. The errors caused due to this leads to Application Failure. # cloud endure†¦Ã¢â‚¬ ¦ 3. Reactive Fault Tolerance Strategies. Fault Tolerance Strategies in Cloud Computing are of two types, namely, Proactive, and Reactive. Proactive Fault Tolerance Strategies are those techniques which help in anticipating faults and provides preventive measures to avoid the occurrence of faults.   Here, the faulty components in the system are identified and replaced with operational ones. Reactive Fault Tolerance Strategies, are the techniques used to effectively troubleshoot a system upon occurrence of failure(s). Various reactive fault tolerance strategies are discussed below. 3.1 Checkpointing. In Checkpointing, the system state is saved and stored in the form of checkpoints. This taking is both preventive and reactive. Whenever a system fails, it rolls back to the most recent checkpoint. This is a popular fault tolerance technique and placing the checkpoints at appropriate intervals is very important. Full Checkpointing. Complete state of the application in saved and stored at regular intervals. The drawback of full checkpointing is that it needs a lot of time to save and requires huge chunk of storage-space to save the state. Incremental Checkpointing. This is an improvement over the full checkpointing. This method performs full checkpointing initially and thereafter only the modified pages of information from the previous checkpoint are stored. This is much faster and reliable than full checkpointing. Optimized Checkpoint/Restart. The crux of checkpointing lies in how we space our checkpoints. Good number of checkpoints ensure that the application is resilient to failure. However, this comes at the cost of time, space, and causes a lot of overhead. On the other hand, having less number of checkpoints makes our application vulnerable to faults thereby causing failure. It has been seen that cloud tasks are typically smaller than the grid jobs and hence more time sensitive to the checkpointing/restart cost.? Also, characterizing the failures in the cloud tasks using a failure probability distribution function will be inaccurate as the task lengths in cloud tasks depend on the user priority too.? This technique aims at bettering the performance of Checkpointing technique in threefold approach. Firstly, optimize the number of checkpoints for each task. Secondly, as the priority of the task may change during its execution, a dynamic mechanism must be designed to tune the optimal solution in the first step. Thirdly, find a proper tradeoff between local disks and shared disks to store the checkpoints.   The optimal number of checkpoints is calculated by evenly spreading the checkpoints during the execution of the task. The calculation is done without modelling the failures using a failure probability distribution function. A key observation that we make during the execution of cloud tasks is the tasks with higher priority have longer uninterrupted execution lengths in comparison with low-priority tasks. Hence the solution needs to be more adaptive considering the priority of the tasks. Mere equal spacing of the checkpoints will not do in this case. If the priority of the task remains unchanged the Mean Number of Failures(MNOF) remains the same. The position of the next checkpoint needs to be recalculated and its position needs to be changed if the priority factor that influences the MNOF changes during the execution of the task. Lastly, the problem of where to store the checkpoints is addresse d. The checkpointing costs for both local disks and shared disk is calculated and then based upon the costs an efficient choice is made. It is noticed that, as the memory size of the tasks increase, the checkpointing costs also increase. Also, when multiple checkpointing is done, in the local disks, there is no significant increase in the costs, but owing to congestion, there is a significant rise in checkpointing costs. Hence, a distributively-managed algorithm is designed to mitigate the bottleneck problem and lower the checkpointing costs. 3.2 Retry. Simplest of all the fault tolerance techniques. The task is restarted on the same resource upon occurrence of the problem. The underlying assumption behind this approach is that during the subsequent attempts, the problem will not show up.? 3.3 Task Resubmission. A job consists of several small tasks. When one of the tasks is failed, the entire job gets affected. In this technique, the failed task is resubmitted either to the same resource or a different one to finish the execution of the task. 3.4 Replication. Running the same task on several machines which are different locations. This is done to ensure that when a machine fails, the process of task execution is not halted as the other machine takes it up. Replication is further categorized as follows. Semi-active Replication. The input is provided to all the replica machines. The task execution simultaneously goes on in the primary replica as well as the backup replica. However, the primary replica only provides the output. When the primary replica goes down, the backup replica provides output.   This technique uses a lot of network resources as the task is running in simultaneously in all the replicas. VMware uses Semi-active replication Fault Tolerance Strategy. [4.] Semi-passive Replication. This technique has a flavor of checkpointing in addition to replication. The main replica performs the checkpointing operation over the state information. Replication is done by transferring this checkpoint information to all the backup replicas. The backup machines dont have to concurrently execute the task with the primary replica, but its duty is to save the latest checkpoint information. When the primary replica fails, it designates the backup replica to takeover. The checkpoint information is updated with some loss in the execution. This technique uses lesser network resources than the semi-active replication but there is a tradeoff as some of the execution. Also, in this case, whenever the backup fails, the latency is more as the time taken for recovery and reconfiguration when compared with semi-active replication. [ref 3] Passive Replication. The state information is stored in the form of checkpoints in a dedicated backup machine. When the backup fails, the Fault Tolerance Manager, commissions another machine to be the backup. The backup is updated by restoring the last saved checkpoint. The fault tolerance manager uses a priority based scheme while appointing new backups. 3.5 Job Migration. When a task fails in one of the machine, it can be transferred to another virtual machine. Sometimes, if a task in a job cannot be executed due computational and memory constraints, the task is given to another machine to execute. 3.6 Rescue Workflow. A cloud job consists of several small tasks. Upon failure of a task, this method continues the execution of the other tasks. The overall workflow is stopped only when the failure of the task impacts the entire job. [rescue workflow] 4. Comparative Summary of the Reactive Fault Tolerance Strategies. Checkpointing: This technique effectively detects Application Failure. This technique is used when the application size or the task size is too big. Moreover, checkpointing provides efficient resource utilization. Retry: If the problem persists beyond multiple tries, this method is time inefficient. This is used to detect Host failure and Network failure. Task Resubmission: As the job is tried on the same or different resource, this technique is both time consuming and has more resource utilization. This detects Node Failure and Application Failure. Replication: This technique detects Node Failure and Process Failure. As the task is run on various machines, we see more resource utilization here. Job Migration: This technique detects Node and Process failures. This method is time efficient as the task which cannot be executed in a machine is transferred to another. Rescue-Workflow: This method detects Node failure and Application failure. This is a time-inefficient technique.

History of Social Security Essay -- Government Economy Economics Essay

History of Social Security Is it time to privatize Social Security? Many believe the system will not be able to meet all its obligations by the year 2012. They say Social Security will begin paying out more in benefits than it collects in revenue. To continue meeting its obligations, the system will have to begin drawing on the surplus in the Social Security Trust Fund. However, for many years the federal government has used the trust to disguise the actual size of the federal budget deficit, borrowing money from the trust fund to pay current operating expenses and replacing the money with government bonds, essentially an IOU. Proponents for privatizing Social Security people should be allowed the freedom to invest their Social Security taxes. On the other hand contrary to the beliefs of many, there is a strong case to be made that Social Security is sound now and will continue to be sound indefinitely. The major threat to the system comes from the proposals to fix it. Privatization presents perhaps the most s erious threat to date; it would place individuals retirement savings at considerable risk, force the creation of huge government bureaucracies, and leech Social Security assets out of the system and into the coffers of brokerage and banks. In my research paper I will focus on both arguments of Social Security. Those who believe Social Security should be privatized and those who believe it would be a big mistake to privatize Social Security. Before I go into those perspectives I will focus on the inception of the Social Security System, to give the reader background information on how the system developed. The creation of a national social security system in the United States started with the Social Security Act on ... ... BIBLIOGRAPHY Baker, Dean."Privatizing Social Security: The Wall Street Fix". http://epn.org/epi/epib112.html Kotlikoff, Laurence."Rescuing Social Securtiy." Challenge Nov/Dec 1996: 22-26 Lieberman, Trudy. "Social Insecurity: The Campaign to take the System Private." The Nation 20 Jan 1997: 11-18 Mashaw, Jerry. "The Great Social Security Scare". http//epn.org/prospect/29/29mash.html Schnepper A.Jeff."Privatizing Social Security."USA Today May 1996: 25-28 Tanner, Micheal. "Privatizing Social Security: The Social Security Debate." Challenge Nov/Dec. 1996: 19-23 Tanner, Micheal. "Privatizing Social Security: A Big Boost for the Poor." http://cato.org/pubs/ssps/ssp4.html Wasow, Bernard. "Privatizing Social Security". http//epn.org/tcf/xxssec01.html Weinberger,Mark."Social Security: Facing the Facts". http://cato.org/pubs/ssps/ssp3.html

Comparing The Jewel in the Crown and Wuthering Heights Essay -- compar

Similarities in The Jewel in the Crown and Wuthering Heights      Ã‚  Ã‚  Ã‚  "He stood a stranger in this breathing world, An erring spirit from another hurl'd... What had he been?   What was he, thus unknown? Who walked their world, his lineage all unknown?   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   George Gordon, Lord Bryon (1788-1824)       This except of a poem from the Romantic period could be used to describe two characters from two different works of different time periods.   Heathcliff - the "dark-skinned gypsy" with the "manners of a gentleman"(WH 5) is the villain/hero of Emily Bronte's Wuthering Heights (1847) and Hari - the very English, Hindu-Indian, outcast/hero of Paul Scott's The Jewel in the Crown (1966) share many common characteristics.   Both represent a lower class of dark-skinned people that are disadvantaged by the times and societies that they live in.   Each fights outward prejudices as well as their own inner battles to determine self-worth.   Heathcliff and Hari find themselves in love with white-skinned women who represent the superior class in...

Confucius Lives Next Door

The term â€Å"Confucianism† is often regarded as a complex mechanism of social, political, moral as well as religious beliefs that have considerable influence especially upon the civilizations belonging to the East Asian countries such as China, Hong Kong, Taiwan, North Korea, South Korea along with Singapore and Vietnam. With reference to the observation made by Reid (1999), it can be viewed that a clear depiction about different principles and beliefs exists within the sphere of â€Å"Confucianism†.Therefore, the major purpose of this report is to briefly review of T. R. Reid’s book â€Å"Confucius Lives Next Door: What Leaving In The East Teaches Us About Living In the West† through concisely unfolding the experience of Reid’s family concerning the Confucian ethos. Moreover, the report would also reveal the influence of Confucian ethos within the modern Japanese culture and identify the lesson which might contribute to a better social experience within the Western culture (Reid 29-66). CONFUCIANISM AS PER REID’S EXPERIENCEThe perception of ‘Confucianism’ can be duly considered as one of the widely accepted religions in the East Asian region. The concept can be termed as a religious belief which tends to incorporate adequate measures of ethical and philosophical method that has been cultivated by the teaching of the past Chinese sage ‘Confucius’. At the time when various religions seek to merge the gap between God and human being, the aspect of â€Å"Confucianism† tends to find the actual path of accomplishing peace and coherence.According to the observation of Reid, the fundamental principles of â€Å"Confucianism† generally involve humanism and broadly incorporate the principles concerning that human belief and perceptions are teachable as well as improvable by emphasizing different communal endeavors. In this regard, the continuous practice of self-cultivating and self-creat ing plays a decisive part for each individual to improve his/her innate capability.The beliefs and thoughts within the facet of â€Å"Confucianism† significantly focus on the refinement of individual virtue and maintenance of human ethical conducts. According to Reid, a few of the major â€Å"Confucianism† ethos and practices involve ‘Ren’, ‘yi’ and ‘li’ which represents the concept of ‘altruism’ along with clear depiction of the humanness for other individuals (Reid 29-66). THE INFLUENCE OF CONFUCIANISM IN THE JAPANESE CULTUREIn relation to the observation made by Reid, the concept of â€Å"Confucianism† is often observed as one of the major Chinese religions alongside Taoism as well as Buddhism. The religion has been emerged in the Japanese culture during the period of 285 AD. A few of the major principles of this religion such as humanity, morality, trustworthiness along with the consideration of developing an individual have been widely witnessed to provide significant influence within the Japanese culture (Reid 67-90).The principles and beliefs within the facet of â€Å"Confucianism† had played an imperative part particularly for Japan which eventually strengthened its political philosophies as well as ethical code of conducts by a considerable level. In relation to the political phenomenon, the notion of â€Å"Confucianism† had played an essential role for the Japanese culture in terms of developing morality along with increasing individual potentials of achieving their desired goals and objectives.Moreover, the religion had also been widely observed to create significant loyalty among the Japanese communities through increasing the amount of self-awareness and humanness while dealing with other individuals. The principles and policies underneath â€Å"Confucianism† play a new role in addressing modern philosophy to religion, humanities, science as well as aspec ts of social science within a huge figure of Japanese individuals.Moreover, the principle of continuous cultivation and improvement of individual ethos and practices have further been observed to increase consistency along with finding developed authentic path to gain potential knowledge of development. In this context, it has been firmly identified that the insertion of â€Å"Confucianism† within the Japanese culture not only strengthened the innate capability, but it also enabled to gain individual growth in terms of building adequate measure of consistency along with ethical code of conducts (Reid 67-90).Moreover, Reid had mentioned various aspects that significantly influenced the development of Japanese culture in terms of advancing its values at large. In this regard, the book which published by Reid had clearly depicted certain significant aspects like honesty, self-acceptance, rationality along with self-control and diplomacy among others that can be associated within the principles of â€Å"Confucianism† in the Japanese culture (Reid 91-126). LESSONS CAN BE TAKEN FROM THE CONFUCIAN/JAPANESE EXPERIENCEAccording to the book of ‘Confucius Lives Next Door: What Leaving In The East Teaches Us About Living In the West’, it has been apparently observed that the philosophies, principles and ethical practices within the sphere of â€Å"Confucianism† religion can significantly empower any individual to develop his/her innate power and capability at large. Reid had clearly mentioned various aspects as well as principles in the â€Å"Confucianism religion† which had authentically supported an individual to cultivate his/her level of consistency along with ethical practices.Furthermore, the beliefs of self-cultivating and self-creating aspects within the respective religion can also been considered as few of the major aspects for individual development. Therefore, it can be identified from the overall observation of Reidâ⠂¬â„¢s experience and realistic implications of Japanese culture that the development of individual ethos and self-cultivating of individual moral can play an indispensable part towards making an individual to achieve its desired goals.Furthermore, the compliance with the primary principles and the beliefs of â€Å"Confucianism† can support every individual to strengthen his/her innate capability which can further provide adequate support towards developing the Western culture by a certain degree. With reference to the Reid’s observation, it has been identified that the beliefs and principles within the Confucian religion are generally focused on improving the amount of humanity, morality and trustworthiness amid the individuals.Contextually, Reid demonstrated that the philosophical principles linked with â€Å"Confucianism† had provided adequate support to the Japanese culture in terms of enhancing innate capability and identifying the actual way of cultivating individual moral. Thus, it can be concluded that the idea concerning â€Å"Confucianism† possesses every potential towards developing society as well as culture by a greater level.