Middle East Conflicts Essay Example | Topics and Well Written Essays - 500 words

Middle East Conflicts - Essay Example Though history is replete with the countless wars fought between the followers belonging to divergent faiths, where both the sides asserted their claim to be the people of God, yet the Middle East crisis have witnessed over two centuries long clashes along with six decades long bloody struggle between the Jews and Muslims. Consequently, four wars have been fought between the two communities in order to win complete domination and hold in the region. Took place in 1948, 1967, 1973 and 2006, the Arab-Israel conflicts are the worst precedents of wars in the name of religion. Historical Background: During 19th century, when the nationalist movements began to emerge in Europe and Jews were being persecuted in Austria, Prussia and England by the orthodox Christians, the Jews started dreaming of acquiring their separate homeland, where no one could gather courage to hurt, humiliate and discard their community. Thus the Zionist movement came into being by the end of nineteenth century. The Jews started to shifting to Palestine and purchased land there en mass. Initially, the Arabs allowed them live side by side with them, but due to the continuous increase in Jewish population, the Arab nationalism emerged, and the young generation started resistance against further Jewish immigration in the region. Twentieth century brought the news of independence for countless nations in the aftermath of two Great Wars between the then superpowers of the world, which had weakened the UK, Germany, France, Austria and Japan. Palestine was under the subjugation of the Ottoman Empire till 1917, which was captured by the Allied Forces in the aftermath of WWI. The big powers allow the Jews to enter their ‘promised land’ Israel in the neighborhood of Jerusalem, the most sacred area for Jews on the earth. It was really perturbing for the Arabs, who had been in majority and political domination in the entire region for

Can renewable energy be seen as sufficient and sustainable as nuclear Literature review

Can renewable energy be seen as sufficient and sustainable as nuclear energy - Literature review Example Apart from the environmental degradation, there are other adverse health effects that are caused by the gases that are emitted to the environment. The destruction of habitat for the different lives has resulted not only to the elimination of the indigenous species but has also resulted into the reduction in the production of quality and quantity foods which has resulted into the food supply in major nations of the world (Sandalow, 2009). It is however important to note that all these issues are related to the pressure that is exerted on the limited available energy sources especially for the automobiles. Research has also shown that the increase in the pollutant gases that are emitted in the atmosphere results to the twenty five percent of the health complications of the major organ and organ system of the body such as the lungs, heart, kidney, digestive, respiration and some cases have resulted into death. In the view of the above, it is undisputable that the world needs alternative sources of energy to supply energy to the automobiles. Most nations are responding to this problem by passing strict laws on the activities that result into the pollution of the environment. This is because there is increasing dependency on the petroleum as the major source of energy for the automobile and industrial and many other engines that do not use electricity. The increase in the availability of the renewable sources of energy for automobile is therefore the only solution to reduce the menace of the global problems of pollution, enhance human health, protect the environment, increase the capacity for food production and protect the natural habitat. Hybrid cars, electric engines as well as other engines that use alternative and renewable sources of sources of energy are therefore important technology towards the realization of this goal. The current increase in the development of the automobile and other manufacturing industries has resulted into the ease of transportation p roblems and changed our lifestyles but is turning to be more dangerous to the environment and our health. For a long time in the history of the world, automobiles have been run mainly by the fuel that is mainly made from the hydrocarbons which is responsible for the environmental pollution. Due to the increasing population of the environment, there increased pressure on the use of the hydrocarbon fuels as the sources of energy for the automobile. It therefore follows that the rate of environmental pollution is expected to rise proportionally. Research has also shown that the amount of fuel used for manufacturing and the service industry constitutes up to forty nine percent of all the fuels that are used (Anderson, 2010). It is also projected that the uses of fuel within our roads is also expected to increase tremendously with the figure expected to be approximately 2.5 billion users (Barthelmie, 2011). In this context therefore the available petroleum faces depletion together with t he increases in the environmental impacts mentioned earlier in this study. The following will be research findings on the importance of the hybrid cars in reducing the pollution and protecting the environment a

Computerized Library System Essay Example for Free

Computerized Library System Essay Chromosomal aberrations are disruptions in the normal chromosomal content of a cell and are a major cause of genetic conditions in humans, such as Down syndrome, although most aberrations have little to no effect. Some chromosome abnormalities do not cause disease in carriers, such as translocations, or chromosomal inversions, although they may lead to a higher chance of bearing a child with a chromosome disorder. Abnormal numbers of chromosomes or chromosome sets, called aneuploidy, may be lethal or may give rise to genetic disorders. Genetic counseling is offered for families that may carry a chromosome rearrangement. The gain or loss of DNA from chromosomes can lead to a variety of genetic disorders. Human examples include: * Cri du chat, which is caused by the deletion of part of the short arm of chromosome 5. Cri du chat means cry of the cat in French; the condition was so-named because affected babies make high-pitched cries that sound like those of a cat. Affected individuals have wide-set eyes, a small head and jaw, moderate to severe mental health issues, and are very short. * Down syndrome, the most common trisomy, usually caused by an extra copy of chromosome 21 (trisomy 21). Characteristics include decreased muscle tone, stockier build, asymmetrical skull, slanting eyes and mild to moderate developmental disability.[51] * Edwards syndrome, or trisomy-18, the second-most-common trisomy.[citation needed]Symptoms include motor retardation, developmental disability and numerous congenital anomalies causing serious health problems. Ninety percent of those affected die in infancy. They have characteristic clenched hands and overlapping fingers. * Isodicentric 15, also called idic(15), partial tetrasomy 15q, or inverted duplication 15 (inv dup 15). * Jacobsen syndrome, which is very rare. It is also called the terminal 11q deletion disorder.[52] Those affected have normal intelligence or mild developmental disability, with poor expressive language skills. Most have a bleeding disorder called Paris-Trousseau syndrome. * Klinefelters syndrome (XXY). Men with Klinefelter syndrome are usually sterile, and tend to be taller and have longer arms and legs than their peers. Boys with the syndrome are often shy and quiet, and have a higher incidence of speech delay and dyslexia. Without testosterone treatment, some may develop gynecomastia during puberty. * Patau Syndrome, also called D-Syndrome or trisomy-13. Symptoms are somewhat similar to those of trisomy-18, without the characteristic folded hand. * Small supernumerary marker chromosome. This means there is an extra, abnormal chromosome. Features depend on the origin of the extra genetic material. Cat-eye syndrome and isodicentric chromosome 15 syndrome (or Idic15) are both caused by a supernumerary marker chromosome, as is Pallister-Killian syndrome. * Triple-X syndrome (XXX). XXX girls tend to be tall and thin and have a higher incidence of dyslexia. * Turner syndrome (X instead of XX or XY). In Turner syndrome, female sexual characteristics are present but underdeveloped. Females with Turner syndrome often have a short stature, low hairline, abnormal eye features and bone development and a caved-in appearance to the chest. * XYY syndrome. XYY boys are usually taller than their siblings. Like XXY boys and XXX girls, they are more likely to have learning difficulties. * Wolf-Hirschhorn syndrome, which is caused by partial deletion of the short arm of chromosome 4. It is characterized by severe growth retardation and severe to profound mental health issues. Cri du chat syndrome, also known as chromosome 5p deletion syndrome, 5p minus syndrome or Lejeune’s syndrome, is a rare genetic disorder due to a missing part ofchromosome 5. Its name is a French term (cat-cry or call of the cat) referring to the characteristic cat-like cry of affected children. It was first described by Jà ©rà ´me Lejeune in 1963.[1] The condition affects an estimated 1 in 50,000 live births, strikes all ethnicities, and is more common in females by a 4:3 ratio. Signs and symptoms The syndrome gets its name from the characteristic cry of affected infants, which is similar to that of a meowing kitten, due to problems with the larynx and nervous system. About 1/3 of children lose the cry by age 2. Other symptoms of cri du chat syndrome may include: * feeding problems because of difficulty swallowing and sucking. * low birth weight and poor growth. * severe cognitive, speech, and motor delays. * behavioral problems such as hyperactivity, aggression, tantrums, and repetitive movements. * unusual facial features which may change over time. * excessive drooling. * constipation. - Genetics Cri du chat syndrome is due to a partial deletion of the short arm of chromosome number 5, also called 5p monosomy. Approximately 90% of cases results from a sporadic, or randomly-occurring, de novo deletion. The remaining 10-15% are due to unequal segregation of a parental balanced translocation where the 5p monosomy is often accompanied by a trisomic portion of the genome. These individuals may have more severe disease than those with isolated monosomy of 5p. Most cases involve total loss of the most distant 20-10% of the material on the short arm. Fewer than 10% of cases have other rare cytogenetic aberrations (e.g., interstitial deletions, mosaicisms, rings and de novo translocations). The deleted chromosome 5 is paternal in origin in about 80% of de novo cases. Loss of a small region in band 5p15.2 (cri du chat critical region) correlates with all the clinical features of the syndrome with the exception of the catlike cry, which maps to band 5p15.3 (catlike critical region). The results suggest that 2 noncontiguous critical regions contain genes involved in this conditions etiology. Two genes in these regions, Semaphorine F (SEMA5A) and delta catenin(CTNND2), are potentially involved in cerebral development. The deletion of the telomerase reverse transcriptase (hTERT) gene localized in 5p15.33 may contribute to the phenotypic changes in cri du chat syndrome as well. people with cri du chat syndrome Down syndrome (DS) or Downs syndrome, also known as trisomy 21, is achromosomal condition caused by the presence of all or part of a third copy ofchromosome 21.[1] Down syndrome is the most common chromosome abnormality in humans.[2] It is typically associated with a delay in cognitive ability (mental retardation, or MR) and physical growth, and a particular set of facial characteristics.[1] The average IQ of young adults with Down syndrome is around 50, compared to children without the condition with an IQ of 100.[1][3] (MR has historically been defined as an IQ below 70.) A large proportion of individuals with Down syndrome have a severe degree of intellectual disability. Genetics Karyotype for trisomy Down syndrome. Notice the three copies of chromosome 21 Down syndrome disorders are based on having too many copies of the genes located on chromosome 21. In general, this leads to an overexpression of the genes.[54] Understanding the genes involved may help to target medical treatment to individuals with Down syndrome. It is estimated that chromosome 21 contains 200 to 250 genes.[55] Recent research has identified a region of the chromosome that contains the main genes responsible for the pathogenesis of Down syndrome.[56] The extra chromosomal material can come about in several distinct ways. A typical human karyotype is designated as 46,XX or 46,XY, indicating 46 chromosomes with an XX arrangement typical of females and 46 chromosomes with an XY arrangement typical of males.[57] In 1–2% of the observed Down syndromes.[58] some of the cells in the body are normal and other cells have trisomy 21, this is called mosaic Down syndrome (46,XX/47,XX,+21).[59] [60] Trisomy 21 Trisomy 21 (47,XX,+21) is caused by a meiotic nondisjunction event. With nondisjunction, agamete (i.e., a sperm or egg cell) is produced with an extra copy of chromosome 21; the gamete thus has 24 chromosomes. When combined with a normal gamete from the other parent, the embryo now has 47 chromosomes, with three copies of chromosome 21. Trisomy 21 is the cause of approximately 95% of observed Down syndromes, with 88% coming from nondisjunction in the maternal gamete and 8% coming from nondisjunction in the paternal gamete.[58] The actual Down syndrome critical region encompasses chromosome bands 21q22.1-q22.3.[61] Edwards syndrome (also known as Trisomy 18 (T18) or Trisomy E) is a genetic disordercaused by the presence of all or part of an extra 18th chromosome. It is named after John H. Edwards, who first described the syndrome in 1960.[1] It is the second most commonautosomal trisomy, after Down syndrome, that carries to term. Edwards syndrome occurs in around one in 6,000 live births and around 80 percent of those affected are female.[2] The majority of fetuses with the syndrome die before birth.[2]The incidence increases as the mothers age increases. The syndrome has a very low rate of survival, resulting from heart abnormalities, kidney malformations, and other internal organ disorders. Signs and symptoms Children born with Edwards syndrome may have some or all of the following characteristics: kidney malformations, structural heart defects at birth (i.e., ventricular septal defect, atrial septal defect, patent ductus arteriosus), intestines protruding outside the body (omphalocele), esophageal atresia, mental retardation, developmental delays, growth deficiency, feeding difficulties, breathing difficulties, and arthrogryposis (a muscle disorder that causes multiple joint contractures at birth).[3][4] Some physical malformations associated with Edwards syndrome include small head (microcephaly) accompanied by a prominent back portion of the head (occiput); low-set, malformed ears; abnormally small jaw (micrognathia); cleft lip/cleft palate; upturned nose; narrow eyelid folds (palpebral fissures); widely spaced eyes (ocular hypertelorism); drooping of the upper eyelids (ptosis); a short breast bone; clenched hands; choroid plexus cysts; underdeveloped thumbs and or nails,absent radius, webbing of the second and third toes; clubfoot or Rocker bottom feet; and in males, undescended testicles. of choroid plexus cysts, which are pockets of fluid on the brain. These are not problematic in themselves, but their presence may be a marker for trisomy Genetics Edwards syndrome is a chromosomal abnormality characterized by the presence of an extra copy of genetic material on the 18th chromosome, either in whole (trisomy 18) or in part (such as due to translocations). The additional chromosome usually occurs beforeconception. The effects of the extra copy vary greatly, depending on the extent of the extra copy, genetic history, and chance. Edwards syndrome occurs in all human populations but is more prevalent in female offspring.[7] A healthy egg and/or sperm cell contains individual chromosomes, each of which contributes to the 23 pairs of chromosomes needed to form a normal cell with a typical human karyotype of 46 chromosomes. Numerical errors can arise at either of the two meiotic divisions and cause the failure of a chromosome to segregate into the daughter cells (nondisjunction). This results in an extra chromosome, making the haploid number 24 rather than 23. Fertilization of eggs or insemination by sperm that contain an extra chromosome results in trisomy, or three copies of a chromosome rather than two.[8] Trisomy 18 (47,XX,+18) is caused by a meiotic nondisjunction event. With nondisjunction, a gamete (i.e., a sperm or egg cell) is produced with an extra copy of chromosome 18; the gamete thus has 24 chromosomes. When combined with a normal gamete from the other parent, the embryo has 47 chromosomes, with three copies of chromosome 18. with edwards syndrome Isodicentric 15, also called idic(15), partial tetrasomy 15q, or inverted duplication 15 (inv dup 15), is a chromosome abnormalityin which a child is born with extra genetic material from chromosome 15. People with idic(15) are typically born with 47 chromosomes in their body cells, instead of the normal 46. The extra chromosome is made up of a piece of chromosome 15 that has been duplicated end-to-end like a mirror image. It is the presence of this extra genetic material that is thought to account for the symptoms seen in some people with idic(15). Individuals with idic(15) have a total of four copies of this chromosome 15 region instead of the usual two copies (1 copy each on the maternal and paternal chromosomes). The extra chromosome is rarely found in mosaic state, i.e. some of the cells carry the marker chromosome. However, mostly because of the markers instability and tendency to be lost during cell division (mitosis), some cells are completely normal with 46 chromosomes. Occasionally, cells may have more than one idic(15), resulting in 48 or 49 chromosomes in all or some of their cells. A similar clinical picture albeit to a milder degree could be expected in individuals that have the extra chromosome 15 material as an interstitial duplication; not as a marker chromosome; thus having 46 chromosomes.[1][2] Signs and symptoms Individuals with idic(15) have delays in language development and motor skills such as walking or sitting up. Other traits may include low muscle tone (hypotonia), seizures, short stature, and mental retardation. Distinctive facial features associated with idic(15) may include epicanthal folds (skin folds at the inner corners of the eyes), a flattened nasal bridge, button nose, and a high arched palate (roof of the mouth). Some individuals with idic(15) also have features of autism, such as problems with communication, social interactions, and repetitive and stereotyped behaviors (e.g., lining up toys, playing with a toy in the same manner over and over again, hand flapping, rocking back and forth). These are some mild features but with a severe person there may be more such as inability to talk at all. Genetics Generally, idic(15) is not inherited; it is said to appear de novo; in one member of the family, by chance. In most cases, the abnormal chromosome is generated in the mothers germ cells; oocytes. This finding is due to ascertainment bias; i.e. cases with maternally derived idic(15) usually have clinical findings and attract attention but those with paternally derived idic(15) usually do not. Thus, established cases are usually patients with maternally inherited idic (15).[4] . The smallest markers appear to be harmless and they may go undetected. However, if they are large enough to contain a number of important genes, they may result in idic(15) syndrome which is characterized by mental retardation, autism and other neurological symptoms.[5] One of the regions responsible for the symptoms of idic(15)syndrome is the critical PWS/AS-region named after the Prader-Willi and/or Angelman syndromes. Jacobsen Syndrome, also known as 11q deletion disorder, is a rare congenital disorder resulting from deletion of a terminal region of chromosome 11 that includes band 11q24.1. It can cause intellectual disabilities, a distinctive facial appearance, and a variety of physical problems including heart defects and a bleeding disorder. The syndrome was first identified by Danish physician Petra Jacobsen,[1] and is believed to occur in approximately 1 out of every 100,000 births. Possible characteristics * Heart defects * Mild to severe intellectual disabilities * Low-platelets (thrombocytopenia) * Facial/skeletal (dysplasia) * Wide-set eyes caused by trigonocephaly * Folding of the skin near the eye (epicanthus) * Short, upturned nose (anteverted nostrils) * Thin lips that curve inward * Displaced receding chin (retrognathia) * Low-set, misshapen ears * Permanent upward curvature of the pinkie and ring fingers (camptodactyly) * Large great toes/Hammer toes Klinefelters syndrome, 47, XXY, or XXY syndrome is a condition in which a human has an extra X chromosome. While females have an XX chromosomal makeup, and males an XY, affected individuals have at least two X chromosomes and at least one Y chromosome.[1] Because of the extra chromosome, individuals with the condition are usually referred to as XXY Males, or 47, XXY Males.[2] This chromosome constitution (karyotype) exists in roughly between 1:500 to 1:1000 live male births[3][4] but many of these people may not show symptoms. The physical traits of the syndrome become more apparent after the onset of puberty, if at all.[5] In humans, 47,XXY is the most common sex chromosome aneuploidy in males[6] and the second most common condition caused by the presence of extra chromosomes. Other mammals also have the XXY syndrome, including mice. Patau syndrome, also known as trisomy 13 and trisomy D, is a chromosomalabnormality, a syndrome in which a patient has an additional chromosome 13 due to anondisjunction of chromosomes during meiosis. Some are caused by Robertsonian translocations, while others are caused by mosaic Patau syndrome. The extra chromosome 13 disrupts the normal course of development, causing heart and kidney defects, amongst other features characteristic of Patau syndrome.[vague] Like allnondisjunction conditions (such as Down syndrome and Edwards syndrome), the risk of this syndrome in the offspring increases with maternal age at pregnancy, with about 31 years being the average.[1] Patau syndrome affects somewhere between 1 in 10,000 and 1 in 21,700 live births.

Ascendable Computing with Storage Resources

Ascendable Computing with Storage Resources INTRODUCTION Ascendable computing with storage resources through the Internet have been preferred by a cloud computing. It also assists users for accessing services with no regard where the services are presented and the way they offered same to water, gas, electricity, and telephony utilities [1]. With the adaptable and clear components in the resource assignment and also service delivering, a lot of data-intensive applications are improved in the environment of cloud computing. The data rigorous applications dedicate many of their implementation time in disk I/O for exercising a huge amount of data, e.g. commercial transactions data mining, satellite data processing, web search engine, etc.An evolving dedicated cloud computing platform for the   data-intensive application is Apache Hadoop [2][3] Data is allocated over the cloud. This has to be made possible to the applications that want to utilize it. There should not be any degradation of performance. The data accessing speed must be augmented, maintaining the load balanced in the system [4]. Possibility and Scalability are the two significant components to enhance the cloud performance. Generating replication is one of the vital strategies to attain the above. This replication also minimizes access latency plus bandwidth consumption. Then the data is saved at several places. The entreated data is derived from the closest source from which the appeal created. It results in increasing the performance of the system. The replications advantages do not occur without the overheads of generating, sustaining and also updating the replicas. Here, Replication can hugely enhance the performance [5]. The cloud computing applications performance of gaming, voice, storage, video conferencing, online office, social networking, and backup relies hugely on the possibility and effectiveness of great-performance communicating resources. For better reliability and high performance low latency service provisioning, Data resources may be drawn nearer (replicated)   to the place   known as physical infrastructure where the cloud applications are functioning. One of the most broadly learned spectacle in the allocated environment is Replication. Data replication algorithms are classified into two categories: static replication [6] [7] plus dynamic replication algorithms [8] [9] [10]., The replication policy is reestablished and very well defined in the static replication model. Moreover, dynamic replication generates automatically and removes replicas based on the modifying access patterns. And, static plus dynamic replication algorithms are further categorized into two groups, they are distributed and centralized algorithms [11] [12] Two kinds of replication techniques are Active and passive Replication. In active replication the whole replicas derive and execute the similar series of client appeals. In Passive replication the clients dispatch their appeals to a primary, implementing the appeals and dispatches updated messages to the backups. The replications target is to reduce the data access for the user accesses and also improving the job implementation performance. Replication proffers both enhanced performance and dependability for mobile computers through generating several replicas of significant data. For enhancing the data access performance in conventional wired/wireless networks, Data replication has been broadly used [13]. With the data replication, the users can utilize the data with no assistance of network infrastructure, and also can minimize the traffic load [14]. Scheduling is one of the significant tasks executed to fasten most profit for boosting the effectiveness of the cloud computing work load [15]. In cloud environment, the vital aim of the scheduling algorithms is, creating the utilization of the resources orderly. In cloud computing the different job scheduling [16] techniques are Cloud Service, User Level, Static and Dynamic [17], Heuristic, Workflow [18] and also Real Time scheduling. A few of the scheduling algorithms in cloud whether otherwise task or job or else workflow [19] or resources are Compromised-Time-Cost, Particle Swarm Optimization related Heuristic [20], enhanced cost based for tasks, RASA workflow, plus   new transaction intensive cost constraint, SHEFT workflow, Multiple QoS Constrained for Multi- Workflows.   Demonstrated workflow scheduling algorithms [kianpisheh2016] are available. Some of them are ant colony, market oriented hierarchical, deadline constrained, etc. Related Work Mazhar Ali et.al [21] suggested Division plus Replication of Data in the Cloud for Optimal Performance and Security (DROPS) which approaches the safety and performance problems collectively. In the DROPS methodology, A file was separated into fragments, and then replicate the fragmented data through the cloud nodes. All nodes saved only one fragment of a specified data file that assures that even in a victorious attack, meaningful information was not exposed to the attacker. They presented that the possibility for generating and compromising every node saving the fragments single files fragments is utterly low. They also matched the DROPS methodologys performance with ten other plans. The greater level of safety with little performance overhead was noticed. For minimizing the consumption of Cloud storage while confronting the data dependability requirement, Wenhao Li, Yun Yang et.al [22] proposed a cost-efficient data dependability management mechanism called PRCR regarding a common data dependability technique. By utilizing proactive replica examining method, when the running overhead for PRCR can be negligible, PRCR assures dependability of the great Cloud data with the minimized replication, that can also function as a cost efficiency yardstick for replication related methods. Javid Taheri et.al [23] suggested an innovative optimization algorithm based on Bee Colony, called Job Data Scheduling using Bee Colony (JDS-BC). JDS-BC comprised two integrating mechanisms to schedule jobs effectively onto computational nodes and then replicate data files on the storage nodes in a system hence the two independent, and in several cases conflicting, objectives (i.e., makespan plus whole datafile transfer time) of these heterogeneous systems were minimized concurrently. Three benchmarks differentiating from small- to huge-sized instances were utilized to evaluate the of JDS-BCs performance. For presenting JDS-BCs superiority under variant operating situations, Results were matched opposite to other algorithms. Menglan Hu et.al [24] suggested a sequence of innovative algorithms for solving the joint issue of resource provisioning and caching (i.e., replica placement) for cloud-based CDNs with an emphasis on handling the dynamic demand patterns. Firstly, they propose a provisioning and caching algorithm framework called Differential Provisioning and Caching (DPC) algorithm, that focuses to rent cloud resources for constructing   CDNs and whereby for caching   the concepts hence the complete rental cost can be reduced while every demands are served. DPC comprised 2 steps. Step 1 first augmented total demands assisted by available resources. Then, step 2 the whole rental cost for innovative resources for serving all remained demands. For every step we mapped both greedy plus iterative heuristics, each with variant benefits over the prevailing methods. Yongqiang Gao et.al [25] presented a multi-objective ant colony system algorithm for the virtual machine placement issue. The aim was, deriving efficiently a sequence of non-dominated solutions (the Pareto set) that reduce the total resource wastage plus power consumption simultaneously. The suggested algorithm was examined with some examples from the literature. Its solution performance was matched to that of a prevailing multi-objective genetic algorithm plus two single-objective algorithms notable bin packing algorithm and a max-min ant system (MMAS) algorithm. Zhenhua Wang et.al [26] presented workload balancing framework and resource management to Swift, a broadly utilized and conventional distributed storage system on cloud. In this framework, workload monitoring plus analysis algorithms were designed by them for inventing over and under loaded nodes in the cluster. For balancing the workload amidst those nodes, Split, Merge and also Pair Algorithms executed for regulating physical machines when Resource Reallocate Algorithm was mapped for regulating virtual machines on cloud. Additionally, by leveraging the experienced architecture of allocated storage systems, the framework resided in the hosts and operates through API interception.

THE LIFE OF SOJOURNER TRUTH Essay -- essays research papers fc

The Life of Sojourner Truth I. Early Life A. Born a slave in 1797 1. Isabella Van Wagner, in upstate New York 2. She married an older slave and started a family. B. Sojourner Truth the most famous black female orators 1. She lectured throughout Northeast and Midwest on women's rights, religion and prison reform. 2. "Ain't I a Women" speech May 29, 1851 II. Moving to start a new life. A. The Civil War 1. She nursed soldiers, collected food and clothing for black volunteer regiments 2. The second edition of Truths Narrative B. Sojourner Truth in her 60's 1. Displayed the energy and determination that was inherent in her character. 2. Saying words of encouragement to black troops stationed in Detroit. III. Meeting Lincoln October 29, 1864 A. National Freedman's Relief Association 1. Appointed her to work as a counselor to freed slaves in Virginia. 2. Filed suits to affirm that black people had legal rights. B. Sojourners journey in the 1870's 1. Her visit with President Grant and the U.S. Senate in 1870 2. Advocating hanging as punishment for murder. Heather Hawthorne History 377 Dr. Schmider October 1,2003 The Life of Sojourner Truth Sojourner Truth wasn’t just a heroine to blacks, slaves, and women. She was also an abolitionist and a champion of women’s rights speaking throughout the country. She acted on her strong feelings about life and the way it should be. But, in my hometown of Battle Creek, Michigan where Sojourner Truth spent her last years, she is known for her powerful speeches that traveled the nation advocating for the fair treatment of freed slaves. Sojourn... ...famous Mob Convention in New York City in September, 1853, Sojourner Truth closed a lecture on women’s rights by warning those present that she would be â€Å"watching things†¦ and every once in a while I will come out and tell you what time it is.† For more than four decades, Sojourner Truth made good of her promise. Works Cited: Patten, Neil A, The Nineteenth Century Black Women as Social Reformer: The New Speeches of Sojourner Truth, Negro History Bulletin, 49:1 (1986, Jan/Mar) Association for the study of African-American Life and History "Sojourner Truth." Encyclopedia of World Biography, 2nd ed. 17 Vols., Gale Research, 1998. Reproduced in Biography Resource Center. Farmington Hills, Mich.: The Gale Group. 2003. http://www.galenet.com/servlet/BioRC "Sojourner Truth." Feminist Writers. St. James Press, 1996. Reproduced in Biography Resource Center. Farmington Hills, Mich.: The Gale Group. 2003. http://www.galenet.com/servlet/BioRC "Sojourner Truth." Historic World Leaders Gale Research, 1994. Reproduced in Biography Resource Center. Farmington Hills, Mich.: The Gale Group. 2003. http://www.galenet.com/servlet/BioRC

Comparing The Marble Faun Sartoris, The Sound and the Fury, Soldier’s Pay :: comparison compare contrast essays

William Faulkner - The Marble Faun   Sartoris, The Sound and the Fury,   Soldier’s Pay William Faulkner, originally spelt Falkner, was born on September 25 1897 in New Albany, Mississippi. The eldest of four sons of a middle class family, William grew up the in the South and enjoyed the luxuries of life in a rural area. Faulkner never finished high school; he left in 1915 after he got a broken nose playing football. Over the next few years Faulkner worked at miscellaneous jobs while beginning his writing career. Originally he worked with verse and had his writings published in small—scale journals and papers. In April of 1918, he enrolled in the British Royal Air Force but never made it into combat as the war ended before he finished training. The following year he enrolled in classes at the tin University of Mississippi. In 1924, Faulkner published The Marble Faun, a verse-sequence and continued to write his short stories. It was not until 1926 that he published his first major novel, Soldier’s Pay, in which lie depicted life of a soldier after returning from war In l929 Faulkner created the imaginary land of Jefferson and Yoknapatawpha County in Sartoris: it is these counties that are the setting for most of his following novels. In 1929 he married Estelle Oldhain and within a year he bought Rowan Oak, where lie spent most of his time in the following years. In October of that year The Sound and the Fury was published and proceeded to gain Faulkner a lot of recognition. It was a different approach to fiction in that it provided a look at a story from four very separate viewpoints. Each of Faulkner’s novels offers a little bit of enlightenment on the subject that they pertain to. Often they are stylistically enterprising, as well as the subject matter being of great interest Absalom Absalom! contrasts viewpoints from which the story is told as it depicts the life of a troubled. Southern family. The Wild Palms is another example of Faulkner’s creativity. The story is told from two distinctly contradicting points of view. In 1942 Faulkner again shocked the literary world with his graphic depiction of racial, specifically â€Å"black versus white†, interactions on a Southern plantation. Many thought that Faulkner had under taken the task of historically representing the south during this era.

First Writing Assignment “Two Views of the Mississippi” Essay

As Mark Twain learned the trade of steamboating he needed to be able to discern between the beautiful aspects of the river which he talked about figuratively and the critical awareness of those same aspects as they pertain to navigation. The two sets of details are in juxtaposition. However, there is something larger happening in the excerpt. What is it? Define it as the thematic concern for your paper. Develop your thesis around the larger message. In other words, what is the big picture here? What is the larger message that the writing attempts to engage for the audience? Most, if not all, of the language speaks about two views of the river, but the tension between those descriptions is both explicit and implicit. What are the implied factors (implications) beyond the language of the piece? The explicit examples (tools/devices/strategies of rhetoric) of language will help you speak specifically about the evidence on the page as it pertains to the global outlook that the piece hints at. The two sets of descriptions set up a much larger concept and that concept permeates into the real world. What is that concept or what are those ideas? They are wide ranging. The ideas are crucial in the understanding of the piece itself, no doubt, however it (they) reach further? How much further do they reach? Respond to the prompt in a way that you touch on the larger messages that are inherent in the piece. Do the ideas shape the reality you are currently forming for yourself? The specific language of the piece are nice examples and activities of rhetoric, so how do they ultimately point to and lead us into answering the bigger question/concept of the piece? In your quest to develop and support your interpretation as to the message of the piece you will find it important to identify tools of figurative language and how they differ from the literal translations of those same descriptions. Identify tools of figurative language: What does that language say? How does it help support your case? Why does the language work? Furthermore, identify the language that juxtaposes the appearance of the figurative language: How does that language differ? How does it help support your ideas? What does the language reiterate about the larger picture? Essay will be 5 pages. It will discuss the main idea and  support it by defining the moments of language that are pertinent to the discussion of the larger message.