The seductive play of power in Richard III Essay

The seductive play of power in Richard III - Essay Example The Middle Ages in England was characterized by power politics. Buckingham is as seduced by power as Richard is. In fact even before Richard explicitly reveals his intention of seizing the crown, Buckingham is seen hatching plots so cunningly, that Richard is delightfully tempted to say: "My other self, my counsel's consistory,/My oracle, my prophet! My dear cousin,/ I, like a child, will go by thy direction./ Towards Ludlow then, for we'll not stay behind." It is interesting to note that the women characters are not fleshed out in the play and are only allowed declamations. This is reasoned by Miner and Irene G. Dash who refers to the women in the play as "ciphers" or "nonpersons" because they are widows and their sole source of power and of social identity-their husbands-is gone. However, it is Richard's play. No other role matters much. He is a grand parodist - of himself, of stage conventions and of other characters. That is the secret of his outrageous charm. His great power over the audience and the other figures in his drama is a compound of terror and charm. Richard's zest, his antic glee in his own diabolism, is infectious. The sadomasochistic seduction of Lady Anne by Richard is by far the most fascinating episode in the play. She is seduced by the power of his rhetoric and his forceful emotional argument when he bares his chest and hands her his sword asking her to either kill him or take him up: "for I did kill King Henry-/But 'twas thy beauty that provoked me./ Nay, now dispatch; 'twas I that stabb'd young Edward-/But 'twas thy heavenly face that set me on." (Act I scene ii) Harold F. Brooks calls this Richard's "breathtaking impudence". Another instance where Richard seduces through the power of his language is in Act IV, scene iv. In order to consolidate his power, he falsely swears to Queen Elizabeth that he is in love with her daughter, and to gain credibility he wishes upon himself a curse that should take effect if his vow proves false: "God and fortune, bar me happy hours!/ Day, yield me not thy light, nor, night, thy rest!" His most triumphant parody occurs in Act III scene vii when he dupes the citizens of London into petitioning him to be their king. By imitating a holy man and appearing reluctant to accept the crown, Richard succeeds in getting the power he craves: "Would you enforce me to a world of care/ Well, call them again. I am not made of stone,/ But penetrable to your. kind entreats,/ Albeit against my conscience and my soul." Shakespeare's greatest originality in Richard III which redeems what some critics call an otherwise cumbersome and overwritten drama, is the hero-villain's startlingly intimate relationship with the audience. From the first line of the play, Richard woos the audience through the seductive power of his soliloquy: "Now is the winter of our discontent/ Made glorious summer by this sun of York;" Enthralled, the audience is on unnervingly confidential terms with him. They are unable to resist Richard's outrageous charm, making Machiavels out of them all. They are entertained by the suffering of others. Richard co-opts them as fellow-torturers, making them share guilty pleasures with the added frisson

Ethical Decisions in Leadership Class Essay Example | Topics and Well Written Essays - 1500 words

Ethical Decisions in Leadership Class - Essay Example The essential problem is developing a decision that ethically considers the candidate's qualifications and soundly determines which candidate to promote based on these ethical considerations. Liz: Liz is African American. She is 34. She is divorced and has one child. She graduated in the lower half of her college class at Northwest State. She has been in the industry eight years and the company four years. Her performance ratings are mediocre. Employee reviews indicate she has had difficulty in staff management. Her energy level has been indicated to be high. Roy: Roy is white. He is 57. He is married with three children. He graduated in the top half of his class from a private university. He has been in the industry thirty years and with the company for twenty years. He has mediocre performance ratings. He has produced many of the top sales performers in the past. His energy level has been indicated to be average-low. Quang Yeh: Quang is 27. She is Asian. She is single with no children. She graduated in the top 3 percent of her class at State University. She has been with the company for three years. The last area she managed showed record increases, however, she lost a few older accounts. Her references indicate that she is intense and nothing will stop her from reaching her goals. They also indicated that she often puts in 60 hour work weeks and that her management style is meticulous. In ‘How to Make Unethical Decisions’ (Article 7) Sikula and Sikula discuss facts that should be considered relevant when determining employee promotion and hiring. They argue that appropriate subjects include education performance, learned knowledge, past experience, and pooled judgment. Following these standards, it’s clear that Quang’s excellent college performance and her proximity to attending college indicate she excels above the other candidates in this category. When considering learned knowledge and past experience one  must note that Roy has over thirty years experience in the industry and twenty of those with the company; however, Quang has demonstrated outstanding results in her past output.

A critical review of the role of ICT in the teaching of English and Essay

A critical review of the role of ICT in the teaching of English and mathematics - Essay Example Consequently, the article examines how game formats influence the teaching of mathematics within educational websites (Scanlon et al., 2005). There has been a shift in mathematics calculations that emphasizes mathematics in context contrary to the traditional aspect of abstract calculations. From this perspective, it is also believed that teaching mathematics in context proves to be more motivating. The authors argued that despite presenting real-world variables, traditional approaches towards mathematics do not consider such variables in the process of responding to questions. This qualifies the use of ICT, which according to the authors, incorporates considerable potential in the process of teaching mathematics in context (Buckingham and Scanlon, 2004). Application of computer games such as Gridclub utilises practical and real life examples in mathematics exercises. The technology accompanies the process with background sound mechanisms that describe the surround environment as well as actions. This is contrary to written text that ignores the aspect of human nature in real situations. In this case, application of ICT a ppears deliberate in setting mathematics within realistic context and it provides captivating context in the learning process (Scanlon et al., 2005). In my opinion, mathematics is the application of the conceptual ideas of science. In this case, science is represented by theories that explain in words the characteristics of a particular scenario. Therefore, the use of computer games promotes learning of mathematics amongst children owing to motivating factors behind the process. This is because mathematics in context brings the technical aspect of any learning, therefore breaking the monotony of the theoretical aspect. Therefore, in one way or another both concepts are necessary for effective learning to take place. Scanlon and

SMP And MPP Databases Analysis

SMP And MPP Databases Analysis It has by now become a compulsion to implement Data Warehouses and Decision Support systems in almost all the major organizations. Almost every form of organization is investing heavily in building Warehouses across the multiple functions they implement. Data Warehouses, with their large volumes of integrated, consistent and conformed data, provide the competitive edge by enabling business establishments to analyze past and current trends, monitor current patterns and shortcomings and make informed future decisions. The size of the average Data Warehouse is growing exponentially with each year with organizations looking increasingly to gather every bit of information possible into the warehouse. Modern day ETL tools provide excellent support to integrate from varying and disparate sources like Mainframes, Relational databases, XML files, unstructured documents like PDFs, emails and web pages. It is not just the size of the Data Warehouse that is increasing, but also the utility and the functionality that is expected out of it, that is seeing a multi fold increase. A large number of advanced and high performance Business Intelligence applications Reporting, Dashboards, Scorecards, Data Mining and Predictive modeling are now executed over the Data Warehouse and these applications execute highly complex queries accessing large volumes of data. These requirements the ever growing size of the Data Warehouse and the increasing complexity of the queries executed against it has necessitated the need to look for alternate architectures and implementations of relational databases that can scale up effectively to support efficient querying across large volumes of data with shorter response time and consequently raised the debate of going MPP (Massively Parallel Processing) enabled databases over SMP (Symmetrical multi processors) structured data bases. II. SMP (Symmetrical multiprocessor) Symmetrical multiprocessor systems are single systems containing multiple processors (2 64, or even higher) in which a common pool of memory and disk I/O resources are shared equally. These systems are controlled by a centralized operating system. Sharing of system resources by the processors enables them to be managed more effectively. Very high speed interconnections are deployed across the SMP systems to allow effective interconnection and equal sharing of memory and resources. Apart from high bandwidth, low communication latency is another important property that SMP systems should possess to demonstrate high levels of scalability. This is necessitated by often employed operations in data warehouse such as index lookups and joins that involve communication of small data packets. If the amount of data present in each message is less, then the importance of low latencies is paramount. In SMP , multiple cpus share the same memory, board, I/O and operating system. Each and every CPU acts independently. When one CPU handles a database lookup, other CPUs can perform database updation and perform other tasks. As a result, the device will be able to handle the highly complex networking tasks of todays world in a very easy way. Thus SMP systems too involve a degree of parallelism in that multiple processors can be used to perform mutually exclusive operations in parallel. SMP are relatively cheaper when compared to MPP databases. The cost of upgrading is also lesser because as we scale the number of processors, only an additional processor board needs to be added. Processing power can thus easily and seamlessly be increased by adding extra processors. However SMP have the limitation that they can only scale so far. As all cpus on the same board share a single memory bus, there is a chance of bottlenecks to occur. This bottleneck impacts performance and slows down processing. Instead of placing too many number of CPUs on the same SMP board, designers of high-end network elements can distribute applications across a networked cluster of SMP boards. Each board has its own memory array, I/O and operating system. However this approach begins to complicate the up gradation. Network -specific codes has to be added by network managers to applications. Also as drivers are tightly bound to kernel, moving them involve creation of a new kernel image for each board. III. MPP (Massively parallel processor) Massively parallel systems are composed of many nodes. Each node is a separate computer having a minimum of one cpu and also has its own memory which is local to it. There is a connection also for connecting all the nodes. These type of systems have separate ALUs that runs in parallel fashion. Various standards like MPI are used by nodes for communication. Message passing mechanism is used by nodes for communication. Each node in a massively parallel processor system is accessed with the help of an interconnect technique. The technique supports transfer of data which is at the rate of 13 to 38 MB/sec. Every node in the system contains CPU, disk subsystems and memory. These nodes are self sufficient nodes. The system can be considered as a shared nothing system. Shared nothing indicates that the nodes have their own memory, OS and I/O subsystems, nothing is shared. These systems are designed to have good scalability. Also these systems allow the addition of any number of processors to the system. In cases where partitioning of problems are possible, MPP systems exhibit good performance. In that case there will be no communication among nodes and all the nodes work in parallel fashion. But this partitioning occurs only in rare situations and therefore the performance that MPP systems promises to exhibit is reduced. Such partitioning occurs in the case of ad-hoc queries that are typical to datawarehouses. Also the high scalability that MPP systems offer is limited by data skew or when communication between nodes in the system is highly needed. Single node failure reduces not only the power required for processing but also makes the data located at that node inaccessible. In industries, single-processor nodes which are termed as thin are augmented with multiprocessor nodes which are termed as fat with the help of many processors in SMP configuration. In such cases, the MPP nodes will have many number of processors and less number of nodes. The architecture of MPP includes a group of independent nodes which are of shared-nothing type. Each node has cpu, local disks and memory. Message based interconnect connects all these together. IV. DEPLOYING DATA WAREHOUSE Now that we have discussed in brief the inherent differences between an SMP and an MPP, the below section details the considerations that have to be taken into account while deploying a Data Warehouse. The main consideration when deploying data warehouses are that they should be able to extract meaningful and un-obvious, information from large amounts of data . They can use techniques such as relational intra-query parallelization, on-line analytical processing (OLAP), data mining, and multidimensional databases for the extraction. To perform these analyses, systems that are powerful require access to many times the amount of data that is stored in any one of a companys operational systems. Organizations deploy data warehouses by transferring data periodically from on-line transaction processing (OLTP) databases into data warehouses. These are implemented at fixed schedules via ETL routines that execute at pre-defined intervals in a day. The ETL routines could also execute weekly/monthly and quarterly for sources that provide information at that frequency. Since the databases used in data warehouses are different from the operational OLTP source systems, the ETL from the source systems to the Data warehouse can be a resource-intensive operation involving data extraction, data cleansing and conforming of the data. The amount of storage needed is staggering as well with the entire operations of the company integrated within the Data warehouse sales, orders, operations, finance etc . As the usefulness of this data is not predictable in the beginning, all of the companys data is usually stored in a data warehouse . Data warehouses pose a constant challenge of rapid deployment of application. In the case of OLTP systems the workload is predictable and can be managed with careful tuning. While in the case of data warehouses, they constantly changes whenever new applications are created. Because of their constantly-changing nature, all data warehouses require custom configuration. Factors to consider when deploying data warehouse 1) Complexity of Query: Query complexity ranges from canned queries that are simple to data mining using techniques in artificial intelligence. Canned queries make use of optimized, pre-compiled SQL which may be used in answering questions which are simple and are repeated frequently. Complex data analysis is done using ad-hoc queries which are written in SQL. Also those queries that support operations in data mining are very much complicated . Such queries are not written in SQL and they are difficult to optimize also. Intensive methods like neural nets, genetic programs etc are used by these queries. 2) Workload in Database: Workloads of decision support systems varies from interactive operation to batch operation. Data visualization packages uses access to data warehouse that are interactive. Such packages extract data trends with the help of executing pre-compiled queries. 3) System Architecture: DSS makes use of the technology, parallel processing. Parallel computing architectures range varies in the extent to which memory is hierarchical. Memory is accessed uniformly by symmetric multiprocessors with the help of high-speed buses or crossbar switching technologies. These technologies support point-to point interconnection between processors. Groups of SMP systems are used by clustered approaches. These are linked with interconnection mechanisms which are of slower speed. MPP systems use nodes containing local memory that are accessed through a local high-speed bus. Communication among nodes are carried out through message-based interconnects which are of lower speed. VI. NEED FOR SCALABLE DATA WAREHOUSES The size of a Data warehouse grows rapidly in size and the growth cannot easily be accurately anticipated. Data warehouse implementations often start small and grow as the volume of data and the demands increase. Data warehouses are often deployed with a few processors in the beginning, and can support many times the initial processing capability. Properties When more number of processors are added to an SMP, or nodes are added to an MPP, it is important that system should scale. Ideally, a Data Warehouse system should exhibit two properties to show good levels of scalability speed-up and scale-up. 1) Speed-up: It is the property demonstrated, in which if a job needs one time unit to complete with one processor then it will need 1/N of the time to complete with N processors. For example, consider a job that needs five hours to complete with one processor , it needs only one hour to complete with five processors. Then we say that the system scales well. 2) Scale-up: It is another important property. Consider a system with excellent scale-up. It provides the same level of performance even if the data warehouse size increases through the addition of processors or nodes. For example, when the database size is one terabyte , a batch job that takes five hours to run will take the same time of five hours when the size is two terabytes. In order to maintain scalability, the data should be re re-partitioned across the nodes. This is a time consuming and risky process as databases are terabyte-sized . This step is not required on an SMP. Database administrators valuate scalability by checking whether the systems behavior is predictable when workload intensity increases. If the systems behavior is predictable even when the workload grows, then the system scales well. VIII. CONCLUSIONS Both SMP and MPP server databases can be used for Data warehouse implementations. There are different situations where each can be utilized. The general trade-off point on choosing between the two depends on several factors: 1.) Volume of data expected to be stored in the database. 2.) Expected number of concurrent users. 3.) Complexity of queries to be executed number of joins, aggregations etc to be used. 4.) Average volume of data accessed by each query. 5.) Anticipated growth volumes. When the number of concurrent users is less, and when the volumes are low, SMP are preferred. In fact SMP are preferred for more OLTP like environments. In contrast when the volumes are large, and the number of queries executed is large and involves complex query processing MPP server databases are preferred. These databases on account of their parallel processing capabilities can be utilized to execute complex queries more efficiently and hence offer a natural choice for typical Data warehouse implementations.

Character Analysis of Mrs. Mallard in The Story of an Hour Essay

In the short story, â€Å"The Story of an Hour,† author Kate Chopin presents the character of Mrs. Louis Mallard. She is an unhappy woman trapped in her discontented marriage. Unable to assert herself or extricate herself from the relationship, she endures it. The news of the presumed death of her husband comes as a great relief to her, and for a brief moment she experiences the joys of a liberated life from the repressed relationship with her husband. The relief, however, is short lived. The shock of seeing him alive is too much for her bear and she dies. The meaning of life and death take on opposite meaning for Mrs. Mallard in her marriage because she lacked the courage to stand up for herself. Mrs. Mallard’s repressed married life is a secret that she keeps to herself. She is not open and honest with her sister Josephine who has shown nothing but concern. This is clearly evident in the great care that her sister and husband’s friend Richard show to break the news of her husband’s tragic death as gently as they can. They think that she is so much in love with him that hearing the news of his death would aggravate her poor heart condition and lead to death. Little do they know that she did not love him dearly at all and in fact took the news in a very positive way, opening her arms to welcome a new life without her husband. This can be seen in the fact that when she storms into her room and her focus shifts drastically from that of her husband’s death to nature that is symbolic of new life and possibilities awaiting her. Her senses came to life; they come alive to the beauty in the nature. Her eyes could reach the vastness of the sky; she could smell the delicious breath of rain in the air; and ears became attentive to a song f... ... her true feelings with her sister, or talking to her husband or reaching out to other sources of help to address her marital repressed life, she would not have to dread living with her husband. â€Å"It was only yesterday she had thought with a shudder that life might be long† (Chopin 262). Her meaning for life would not have to mean death to her husband. In conclusion, her lack of self assertion, courage and strong will to address her repressed life made her look at life and death in a different perspective. When in fact there is no need to die to experience liberation while she could have lived a full life to experience it with her husband by her side. Works Cited Chopin, Kate. â€Å"The Story of an Hour.† Backpack Literature: An Introduction to Fiction, Poetry, Drama, and Writing. Eds. X. J. Kennedy and Dana Gioia. 3rd ed. New York: Pearson, 2010. 261-263. Print.

Drunk Driving

Persuasive Presentation Outline Example Driving While Intoxicated Topic: Local San Marcos Problem Organization: Problem/Solution Specific Purpose: I would like my audience to believe that an alcohol education class should be taken before one can receive his/her license Introduction I. Attention Getter: In the past decade, four times as many Americans have died in drunk driving accidents as killed in the Vietnam War (NHTSA, 2006). II. Relevance: How close have you come to losing your life as a result of an alcohol-related accident? III.Credibility: Recall story about my boyfriend receiving phone call that his brother, Jeremy, had been killed in a drunk driving accident. IV. Propositional Statement: Driving while intoxicated remains a problem in the United States and in the city of San Marcos. Because young people do not know enough about alcohol and its effects. I propose that a mandatory course in alcohol education be required before one can receive his/her driver’s license. B ody I. The first part of the problem is that we continue to drive while under the influence of alcohol.A. Drinking and driving is a problem on a national level. 1. 16,189 people were killed in alcohol related accidents in 2005. This is one death every 32 minutes (NHTSA, 2006). 2. Three in every five Americans will be involved in an alcohol-related crash at some time in his/her life (NHTSA, 2006). B. Drinking and driving is a problem on a local level. 1. San Marco police department reported 196 arrests in 2005 related to alcohol-related crimes. Of those arrests, 67 were driving while intoxicated. San Marcos Police Department, 2005). 2. 50% increase from arrests made in 2000 (San Marcos Police Department, 2005). Transition: Not only is drinking and driving a major problem, young people are often very uniformed of its effects.II. The second part of the problem is that young people do not know enough about alcohol and its dangerous effects and they received mixed messages about alcohol. A. Young people lace an awareness of alcohol’s severe effects. 1. In 2004, 2. million teenagers did not know that a person could die from an alcohol overdose (Dunning, 2005). 2. Young people believe myths, not facts. (Dunning, 2005). B. Young people receive mixed messages about alcohol and its effects. 1. Less than one in three parents of tenth grade students gave their children a clear â€Å"no-use† message about alcohol (MADD. 2004). 2. When parents â€Å"bargain† with youth, the youth are more likely to drive after drinking or be in a vehicle driven by someone who has been drinking (MADD

Nel Cor Piu Non Mi Sento

Nel Cor Piu Non Mi Sento Composed by: Giovanni Paisiello Nel cor piu non mi sento Brillar la gioventu; Cagion del mio tormento, Amor, sei colpa tu. Mi pizzichi, mi stuzzichi, Mi pungichi, mi mastichi; Che cosa e Questo ahime? Pieta, pieta, pieta! Amore e un certo che, Che disperar mi fa. Nel Cor Piu Non Mi Sento Giovanni Paisiello was the most popular comic composer of his time. His operas (of which he is known to have composed 94) abound with melodies, the graceful beauty of which is still appreciated.His church music was very voluminous, composing of eight masses, besides many smaller works. He also produced 51 instrumental compositions and many detached pieces. As the eighteenth century operatic scene that surrounded and influenced Mozart emerged into clearer view, Giovanni Paisiello was recognized as one of its most significant shapers. He began composing opera as soon as he left the Conservatory of San Onofrio in Naples in 1763. In Naples, he soon became established as a popular local composer.He was noted for simplifying operatic style in the interests of getting more quickly to the plot and keeping it moving. His tendency towards concision was even greater strengthened when he accepted employment in the court of Catherine the Great of Russia in 1776. She demanded that productions in her theater last no more than an hour and a half. He strove to make his melodies more appealing, his orchestration more colorful, and make the music help illustrate the plot. This is clearly apparent in â€Å"Nel Cor Piu Non Mi Sento. This upbeat aria is one in which includes comic relief as well as a fast paced rhythm and mood. Well under two minutes, it is concise. Paisiello was known for his short compositions. This song does a great job of attracting people’s attention and keeping that attention, no matter how short or long the piece may be. â€Å"Nel Cor Piu Non Mi Sento† comes from â€Å"L’Amor contrastato, produced in Naples in 1789. It was perfo rmed throughout Europe for many, many years. In other cities, the opera was sometimes called different names.Nevertheless, this aria in general became immensely popular. Famous stars sang the elaborate piece, as Beethoven wrote piano variations of it. Audiences remembered â€Å"Nel Cor Piu Non Mi Sento† because it was simple. Also, it was repeated many times throughout the scene in the opera. It is sung by Rachelina, then by a tenor suitor, Colloandro, and the ending is repeated as a duet. Its short and quick rhythmic sound stuck in people’s minds in which contributed to the great success of this song.As for the character of this song, it is best shown through the actual character(s) it was written for. The scene of the opera takes place within Rachelina’s home in the countryside near Naples. Rachelina is described as â€Å"a rich mill-owner and imprudent in love. † In the scene, she is working; something that women in earlier operas seldom did. Sorroundi ng her I assume would be common items found within a home. I expect that she may be in her kitchen cleaning somewhere. As for what she wants, can be compared to what we all want. True love!Love has been driving her crazy and she does not feel as well as usual. She, like most of the world, does not understand how love can make us so crazy at times. Learning about a character that is already discovered and developed, it is almost easier to express emotion into this song. I believe this is because I am a woman and I can relate to how Rachelina is feeling. Also, I try to place myself in her shoes, and truly exert her emotions through my voice. It is a rewarding experience when you allow yourself to become another character. That’s what makes music so much fun!