The Effectiveness of Tanglewoods Recruitment Strategy Case Study

The Effectiveness of Tanglewoods Recruitment Strategy - Case Study Example According to the research findings it can therefore be comprehended that Tanglewood is undoubtedly one of the rapidly growing merchandise in the US and its need to provide efficient and reliable means of recruitment cannot be over emphasized. According to the management of the expansive merchandise, the different satellite branches enjoys the autonomy of devising their own peculiar methods of running the affairs of the merchandise provided their exist resonance in the management team. One of the issues that remain a challenge to the highly prolific merchandised firm is the ability to identify plethora of recruitment methods and within them opt for the most cost effective and at the same time objective, rational and reliable. The merchandise firm having progressively emerged from a simple firm located within confined region to a complex one with branches in other areas initially not intended, there is reasonable understanding of what recruitment method is sound with regard to the thei r dealing. Having recruited thousands of employees from junior levels to the management level since 1975, the firm is much endowed with the skills to select competitive individuals who can easily acclimatize to their dynamic and quick responsive to their clients demand using the least resources. The firm for all the recruitment it does have documented the material facts which includes the total recruit and the cost of recruiting the staffs. This paper critically observes the data and identifies the effectiveness of the methods that have been used to obtain the required human resource. The table below shows the cost of doing recruitment applied by the firm Fixed cost (cost of set up per site in $) Media 10,000 Referral 10,000 Kiosk 40,000 Job service 10,000 Agency 50,000 Variable costs ($) Material cost per applicant 10 10 1 5 10 Processing cost per applicant 30 30 30 15 30 Additional pre-hire cost 20 120 20 - 20 Orientation and training 2,000 2,000 2,000 1,000 1,000 From the table a bove, the cost of each method of recruitment can then be quantified the effectiveness is not only pegged on the cost. The cheaper the cost is no reflection of the effectiveness since it can give recruits that would demand more in terms of induction and training. The effectiveness of a method is a consideration of all the parameters involved in the recruitment and the efficacy of the recruited persons to provide the intended roles with little training thereafter. In terms of the cost in a snapshot, recruitment through Agency remains the most demanding in terms of resources standing at $5,160 while that through job service remains the most cost effective standing at $1,120. Effectiveness of each Method of Recruitment Media Besides being cost effective in the recruitment process, the use of media also reaches a large pool of people from which the firm can enjoys the need to sieve the applicant and retain the best of the applicants. Media application also reduces the span of time requir ed to process the interview as part of the interview can be done without close attendance by the management as in the automated voice interview (Noe, 2006). Referrals Referrals is also one of the cheapest methods of recruitment, it relieves the company’s management from the tedious process of going through the whole process of recruitment. It also imbibes into the employees a sense of belonging and they feel they are part of the management team (Noe, 2006). This has a positive effect in the discharge of their duties as they will be more enthusiastic to work with profound zeal. Kiosk The kiosks as a means of recruitment is seen to be costly in the initial stages but in the subsequent recruitments, they are much cost effective since the kiosk machine can serves it purpose for a long time with just little maintenance cost. It does not only save on the cost of recruitment but also reduces the time spent by the management going

Five network management categories making up the FCAPS model Essay

Five network management categories making up the FCAPS model - Essay Example CISCO (2009) provided the information that this specification was introduced by the Internet Engineering Task Force (IETF) and became known as a draft standard in 1995 in RFC 1757. This specification enables the network to be monitored from various aspects with the help of functions and statistics that facilitate communication with the console managers and network probes. SearchSecruity.com (1998) defined network probe as the act of attaining knowledge about a network by inserting a program or a device at a certain point on the network. The exchange of information between the RMON probes and RMON console managers takes place on the basis of simple network management protocol (SNMP). RMON probes are programmed to communicate with the console managers on the basis of their IP. The primary function of the RMON probe is to measure the packet flow at a certain juncture in the network to generate statistical information. The information is sent to RMON console managers where the network manager can analyze the data and judge the condition of the network. Aoshima (2000) stated that the RMON probes send statistical data to the RMON managers where it is converted into more comprehensive statistical formats, for example, lists and graphs. The statistical nature of the information facilitates fast and effective decision making and analysis. Aoshima (2000) also pointed out that the format of statistical data is based on the RMON Management Information Base (MIB). MIB possesses different monitoring mechanisms, namely RMON1 and RMON2. RMON1 possesses statistical information regarding the data link layer and physical layer, while the other one contains information about the n etwork layer and application layer. The information in RMON1 relates to the MAC addresses and ports, whereas RMON2 contains information about IP addresses and applications. RMON managers are designated to overlook all the branch networks to

Accessing The Deep Web Computer Science Essay

Accessing The Deep Web Computer Science Essay The World Wide Web has grown from few thousand web pages in 1993 to almost 2 billion web pages at present. It is a big source of information sharing. This source of information is available in different forms; text, images, audio, video, tables etc. People use this information via web browsers. Web browser is an application to browse web on internet. Search engines are used to search specific data from the pool of heterogeneous information [1]. In the rest of this chapter I will how people can search relevant information, how search engine works, what a crawler is, how it works, and what related literature about the particular problem is. SEARCH ENGINE A search engine is a program to search for information on the internet. The results against a search query given by user are presented in a list on a web page. Each result is a link to some web page that contains the specific information against the given query. The information can be a web page, an audio or video file, or a multimedia document. Web search engines work by storing information in its database. This information is collected by crawling each link on a given web site. Google is considered a most powerful and heavily used search engine in these days. It is a large scale general purpose search engine which can crawl and index millions of web pages every day [7]. It provides a good start for information retrieval but may be insufficient to manage complex information inquiries those requires some extra knowledge. WEB CRAWLER A web crawler is a computer program which is use to browse the World Wide Web in a automatic and systematic manner. It browses the web and save the visited data in database for future use. Search engines use crawler to crawl and index the web to make the information retrieval easy and efficient [4]. A conventional web crawler can only retrieve surface web. To crawl and index the hidden or deep web requires extra effort. Surface web is the portion of web which can be indexed by conventional search engine [11]. Deep or hidden web is a portion of web which cannot be crawled and indexed by conventional search engine [10]. DEEP WEB AND DIFFERENT APPROACHES TO DISCOVER IT Deep web is a part of web which is not part of surface web and lies behind HTML forms or the dynamic web [10]. Deep web content can be classified into following forms; Dynamic Content: this is a type of web contents which are accessed by submitting some input value in a form. Such kind of web requires domain knowledge and without having knowledge, navigating is very hard. Unlinked Content: These are the pages which are not linked in other pages. This thing may prevent it from crawling by search engine. Private Web: These are the sites which require registration and login information. Contextual Web: These are the web pages which are varying for different access context. Limited Access Content: These are site which limit its access to their pages. Scripted Content: This is a portion of web which is only accessible through links produced by JavaScript as well as content dynamically invoke by AJAX functions. Non-HTML/ Text Content: The textual contents which are encoded in images or multimedia files cannot handled by search engines.[6] All these create a problem for search engine and for public because a lot of information is invisible and a common user of search engine even donà ¢Ã¢â€š ¬Ã¢â€ž ¢t know that might be the most important information is not accessible by him/her just because of above properties of web applications. The Deep Web is also believed that it is a big source of structured data on the web and retrieving it is a big challenge for data management community. In fact, this is a myth that deep web is based on structured data which is in fact not true because deep web is a significant source of data most of which is structured but not only one. [8]. Researchers are trying to find out the way to crawl the deep web content and they have succeeded in this regard but still there are a lot of future research problems. One way to search deep web content is domain specific search engine or vertical search engine such as worldwidescience.org and science.org. These search tools are providing a link to national and international scientific databases or portals [7]. In literature there are two other techniques to crawl the deep web content; Virtual Integration and Surfacing. The virtual integration is used in vertical search engine for specific domains like cars, books, research work etc. In this technique a mediator form is created for each domain and semantic mappings between individual data and mediator form. This technique is not suitable for standard search engine because creating mediator forms and mappings cost very high. Secondly, indentifying queries relevant to each domain is a big challenge and the last is that information on we b is about everything and boundaries cannot be clearly defined. Surfacing uses a technique to pre-calculate the most relevant input value for all appealing HTML forms. The URLs resulting from these form submission are produced off-line and indexed like a normal URL. When user query for a web page which is in fact a deep web content, search engine automatically fill the form and show the link to user. Google uses this technique to crawl deep web content. This technique is unable to surface scripted content [5]. Today most web applications are AJAX based because it reduced the surfing effort of user and network traffic [12, 14]. Gmail, yahoo mail, hotmail and Google maps are famous AJAX applications. The major goal of AJAX based applications is to enhance the user experience by running client code in browser instead of refreshing the page from server. The second goal is to reduce the network traffic. This is achieved by refreshing only a part of page from server [14]. AJAX has its own limitations. AJAX applications refresh its content without changing URL which is a worm for crawler because crawlers are unable to identify new state. It is like a single page web site. So, it is essential to explore some mechanism to make AJAX crawl-able. To surface the web contents those are only accessible through JavaScript as well as contents behind URLs dynamically downloaded from web server via AJAX functions [5], there are different hurdles those are prevent the web to expose in front of crawlers; Search engines pre-cache the web site and crawl locally. AJAX applications are event based so events cannot be cached. AJAX applications are event based so there may be several events that lead to the same state because of same underlying JavaScript function is used to provide the content. It is necessary to identify redundant states to optimize the crawling results [14]. The entry point to the deep web is a form. When a crawler finds a form, it needs to guess the data to fill out the form [15, 16]. In this situation crawler needs to react like a human. There are many solutions to resolve these problems but all have their limitations. Some application developer provides custom search engine or they expose web content to traditional search engine based on agreement. This is a manual solution and requires extra contribution from application developers [9]. Some web developers provide vertical search engine on their web site which is used to search specific information about their web site. There are many companies which have two interfaces of their web site. One is dynamic interface for users convenient and one is alternate static view for crawlers. These solutions only discover the states and events of AJAX based web content and ignore the web content behind AJAX forms. This research work is going to propose solution to discover the web content behind AJAX based forms. Google has proposed a solution but still this project is undergone [9]. The process of crawling web behind AJAX application becomes more complicated when a form encounters and crawler needs to identify the domain of the form to fill out the data in form to crawl the page. Another problem is that no form has the same structure. For example, a user looking for a car finds different kind of form than a user looking for a book. Hence there are different form schemas which make reading and understanding of form more complicated. To make the forms crawler read-able and understand-able, the whole web should be classified in small categories, each category belongs to a different domain and each domain has a common form schema which is not possible. There is another approach, focused crawler. Focused crawlers try to retrieve only a subset of the pages which contains most relevant information against a particular topic. This approach leads to better indexing and efficient searching than the first approach [17]. This approach will not work in some situations where a form has a parent form. For example, a student fills a registration form. He/she enters country name in a field and next combo dynamically load city names of that particular country. To crawl the web behind AJAX forms, crawler needs special functionality. CRAWLING AJAX Traditional web crawlers discover new web pages by starting from known web pages in web directory. Crawler examines a web page and extracts new links (URLs) and then follows these links to discover new web pages. In other words, the whole web is a directed graph and a crawler traverse the graph by a traversal algorithm [7]. As mentioned above, AJAX based web is like a single page application. So, crawlers are unable to crawl the whole web which is AJAX based. AJAX applications have a series of events and states. Each event is act as an edge and states act as nodes. Crawling states is already done in [14, 18], but this research is left the portion of web which is behind AJAX forms. The focus of this thesis is to crawl web behind AJAX forms. INDEXING Indexing means creating and managing index of document for making searching and accessing desired data easy and fast. The web indexing is all about creating indexes for different web sites and HTML documents. These indexes are used by search engine for making their searching fast and efficient [19]. The major goal of any search engine is to create database of larger indexes. Indexes are based on organized information such as topics and names that serve as entry point to go directly to desired information within a corpus of documents [20]. If the web crawler index has enough space for web pages, then those web pages should be the most relevant to the particular topic. A good web index can be maintained by extracting all relevant web pages from as many different servers as possible. Traditional web crawler takes the following approach: it uses a modified breadth-first algorithm to ensure that every server has at least one web page represented in the index. Every time, when a crawler en counters a new web page on a new server, it retrieves all its pages and indexes them with relevant information for future use [7, 21]. The index contains the key words in each document on web, with pointers to their locations within the documents. This index is called an inverted file. I have used this strategy to index the web behind AJAX forms. QUERY PROCESSER Query processor processes query entered by user in order to match results from index file. User enters his/her request in the form of a query and query processor retrieves some or all links and documents from index file that contains the information related to the query and present to the user in a list of results [7, 14]. This is a simple interface that can find relevant information with ease. Query processors are normally built by breadth first search which make sure that every single server containing relevant information has many web pages represented in the index file [17]. This kind of design is important for users, as they can usually navigate within a server more easily that navigating across many servers. If a crawler discovers a server as containing useful data, user will possibly be able to search what they are searching for. Review this after implementing query processor in my thesis. RESULT COLLECTION AND PRESENTATION Search results are displayed to user in the form list. The list contains the URLs and words those matches to the search query entered by user. When user make a query, query processor match it with index, find relevant match and display all them in result page [7]. There are several result collection and representation techniques are available. One of them is grouping similar web pages based on the rate of occurrence of a particular key words on different web pages [15]. Need a review CHAPTER 3 SYSTEM ARCHITECTURE AND DESIGN CHAPTER 4 EXPERIMENTS AND RESULTS CHAPTER 5 FUTURE WORK CHAPTER 6 CONCLUSION

Matrix Reloaded Movie Review :: essays research papers

The Matrix: Reloaded Starring: Keanu Reeves, Laurence Fishburne, Carrie-Anne Moss, Jada Pinkett-Smith, Hugo Weaving, Clayton Watson, Nona Gaye, Monica Bellucci, Cornel West Director(s): Larry Wachowski, Andy Wachowski Screenwriter(s): Larry Wachowski, Andy Wachowski Filming Location(s): Australia; Chicago; San Francisco Studio: Warner Bros. Alternate Title(s): The Matrix 2 Rating: R - for sci-fi violence and some sexuality Genre: Science Fiction, Action, Sequel -------------------------------- Special Effects: The Matrix raised the bar, in terms of special effects, and kept it there for an awful long time before being topped of. Then comes The Matrix Reloaded which has once again proved the Wachowskis are undoubtable the most imaginative and innovative directors this side of Zion. The two stand out scenes come with neo kicking 100+ agents cyber punk asses and a 14 minute car chase that cost $40, 000, 000 to produce and upon seeing the movie its not hard to see why, with cars being blown up left, right and centre, death defying motorcycle stunts and a car being cut in half by an ancient samurai sword among other things. This is by far the most elaborate movie ever made and with a crew including Yuen Wo Ping, arguably the best fight choreographer in the world and the visual effects mastermind John Gaeta everyone saw it coming, but it still managed to blow away all pre-conceptions and expectations. Cinematography: Let this be a lesson to you about perseverance. One of the Wachowski's earlier movies was entitled Bound and had its original cinematographer quit because of the â€Å"very restrictive† budget. They went to a man named Bill Pope next who was more than willing to work within the budget. A few years later the when the Matrix was green-lit he became the obvious choice, not only for the original, but also for both sequels, sling-shoting him into the cinematographers hall of fame. From a continuos pan, circling one of Neo’s battles, to a tracking shot that looks like it passes through traffic, the cinematography in The Matrix Reloaded is second to none. Costumes and Make Up: Kym Barett, costume designer and regular collaborator with Baz Luhrman, she previously worked on Romeo + Juliet and Moulin Rouge. Suggested to the Wachowski's by Bill Pope, she created the Gucci does Bondage look that The Matrix trilogy is famous for. Every punch, block, kick and swirl is dramatised and accentuated by the blank, fearless look on their face and the uniform like consistency of long flowing leather jackets and pitch black shades.

Enron’s Collapse Essay

Enron’s Collapse In the case of Enron’s collapse, many would blame the external auditor’s collusion with the management, the aggressive accounting policy it had adopted to manipulate its earnings or the Special Purpose Entity (SPE) it had created as a sham to conceal its debts. However, everything began from an internal environment with weak controls. The internal environment is the capstone of all other components within an organization’s ERM framework, influencing strategy formulation, objective setting, as well as risk management. The internal environment is largely shaped by the tone at he top. And in the case of Enron, its failure was primarily attributable to the board and management’s failure to take responsibility for the risks inherent in the company’s business plan and strategy. Various elements of the internal environment had contributed to Enron’s failure. Risk Management Philosophy and Risk Appetite Enron had a huge risk appetite which can be seen from its speculative trading activities as well as the use of â€Å"mark-to-market† accounting and SPE to manipulate earnings and conceal debts. The source of revenue was vague and highly volatile. It was almost like Enron was engaged in gambling. However, well knowing the nature of income, the management still continued to carry out such activities. Management’s huge risk appetite reassured the employees that Enron could easily handle these risks. Hence, everyone in Enron became risk-seeking. Board of Directors’ Attitudes One of the core principles of Anglo-American corporate governance is that â€Å"the board should maintain a sound system of internal control to safeguard shareholders’ investment and the company’s assets†. Enron’s board had defended itself by laiming that they had no idea about the unethical conducts Enron’s management was involved with. However, the board had, in the first place, failed to make an appropriate assessment of the risks to which the company was exposed of. And it did not put in place the procedures by which it could obtain the information needed to oversee and monitor the management. Moreover, the independence of the board was also questionable as they allowed own conflict of interest to get in the way of their monitoring role. The board members received substantial payments for consultancy service apart from their directors’ fees. In addition, they were indirectly compensated by receiving gifts made by Enron to their universities and hospitals. As a result, the failure of board’s monitoring role further weakened the internal control of Enron. Integrity and Ethical Values Integrity and standards of behavior are required for the organization to achieve an internal environment with strong controls. There should be a strong corporate Enron’s corporate culture was usually described as arrogant, where everyone in the company, employees, managers or directors, believed that they could handle ncreasingly toxic risk without danger of going bust. Besides the arrogance, greed was as well evident across the organization. Top executives made use of â€Å"mark-to- market† accounting and SPE to manipulate earnings and conceal debts in order to further enrich their compensation which was tied to the performance of the company. Top executive’s actions of striving to enrich personal wealth rather than generate profits for shareholders had set the tone at the top which in turn led to employees’ efforts of maximizing individual wealth instead of creating value for the ompany as a whole. Assignments of Authority and Responsibility Corporate officers owe fiduciary duties to the organization, hence they must act in the best interest of the company and avoid incidences where conflicts of interest would arise. Although this is not enforced by legislation, it is normally set out in the organization’s own code of conduct. A strong code of conduct is a critical element of assignments of authority and responsibility, not only in form but in substance as well. And Enron indeed had such code of conduct, explicitly restraining self-dealing. FastoWs involvement in LJM SPE’s management would amount to self-dealing, which was a clear breach of Enron’s code of conduct. However, the board had waived it under Ken Lays advice. Therefore, it can be seen that the tone at the top made Enron’s code of conduct form over substance, which as well contributed to the failure Human Resource Standards Jeffery Skilling was usually credited with creating a system of forced rankings for employees, under which the bottom 20% was regularly dismissed on the basis of performance rankings drawn up by peers and superiors. Whereas those remained ere rewarded with stock options and performance-based increments. Thus employees attempted to crush not Just outsiders but also each other. And it is not surprising that they would keep silent even that they well knew about the unethical behavior of management. As a result, the ranking policy contributed to the diminishing of the organization’s transparency and a widening communication gap between the board and the rest of the organization, making it even harder for the board to effectively carry out the monitoring role.

Beethoven Sonata No 27 Essay

This piece is highly unusual for Beethoven Sonatas. One, although it was written at the start of his late period, this sonata had only two movements, the first being extremely short. Secondly, this was the first that Beethoven started writing his tempo markings in German, as though implying that this Sonata was more personal. Beethoven has also remarked on this piece that he considered titling it either â€Å"Struggle Between Head and Heart† or â€Å"Conversation with the Beloved†. This sonata was dedicated to Count Moritz von Lichnowsky and so describes the love affair he was having at the time. Beethoven literally gave the Count this sonata with the words, â€Å"This Sonata describes your love life.† The first movement of the sonata has an extremely short development, and a surprising coda. The second movement is much longer, much like a Schubert sonata and has another surprising ending of a small epilogue. In fact, Schubert’s first sonata (unfinished) 2nd movement, shows a distinct likeliness to this piece’s 2nd movement. It would almost seem like Schubert’s first sonata was a tribute to Beethoven. Written in 1814, there is a 5 year gap from his last sonata. He gives exact instructions for his tempo markings because, as he said, â€Å"I am deaf, and I can no longer play the piano. Therefore, I must give exact instructions to the performer.† In fact, he became so particular, that he started notating exactly where his dynamic changes are, leaving almost no room for the performer for adjustments. Listening to a lecture recital by Andrea Schiff, he has remarked that Sonata no. 27 is one of the most mysterious of the 32 sonatas. This sonata was written deliberately not to ‘please’ his audience. He wrote it to promote discussion among music lovers and pianists. This sonata wasn’t even written to be performed on stage. Both movements of this piece end quietly, written subito piano and no retardando could be seen. The piece ends quietly and the audience is barely aware the piece has even ended. This sonata is not meant to make an impression. Andrea Schiff has even gone so far to say that, â€Å"Ideally, we wouldn’t even have an applause at the end of this piece, there is nothing to applaud!† Furthermore, the sonata after, No. 28 (in A Major), sounds like a continuation of the 2nd movement. I will be doing a structural analysis of the Sonata, however, I will also be adding some commentary on some aspects I find more interesting. Starting from the beginning of the first movement, we have the exposition and the first theme. Already here in the first eight bars we can see the conflict â€Å"between the head and heart†, like this movement is so aptly nicknamed. In m. 8-16, we see some use of syncopation, indicating that the movement should be counted in one and not three in the  ¾ time signature. In the first 24 measures, ending with the fermata on a rest, we see clearly the backbone of the whole sonata. In the next section starting with an open b octave, we see the composer has marked in tempo and pp. Beethoven really marks everything for the performer, leaving little to question on how exactly he wants it performed. In m. 55, where we have a very awkward left hand broken chords, I would like to point out that the base line for these seemingly randomly spaced chords is actually the inversion of the original theme at the beginning of the piece. The second movement starts at m. 82 on a single b. At m. 109, we have a sudden reminiscence of polyphonic texture much like what Bach would have written. Starting in m. 113, just when the counterpoint ends, we see that the theme has migrated to the tenor line in the left hand, leaving the right hand free to ‘improvise’ over. We modulate at m. 130 and in m. 136 there is an echo of the first theme. Just when we think that it sounds somehow familiar, the recapitulation suddenly appears at m.144. There is a little coda at m. 231 and the first movement ends quietly with no retardando marked. It is assumed that the performer moves immediately to the 2nd movement. The opening theme in the rondo is something that the performer becomes familiar with very quickly, because it is repeated in the entire movement no less than sixteen times. In contrast to the fighting between the head and heart in the first movement, this movement is nicknamed, â€Å"Conversation with the Beloved†. This theme is so unlike Beethoven that it has almost a Schubert-like quality to it. I would also like to note that the opening theme of the second movement is an inversion of the first theme in the first movement. The epilogue at m. 286 quietly ends the piece, just slipping away. No one notices that it has ended until the surprising silence occupies the space. There is no retardando written and the dynamic marking is pp. I would also like to do a Golden Mean analysis with the first movement, the second movement, and the entire work. Movement one: 145m x .618 = 89.61 Movement two: 290m x .618 = 179.22 Whole work: 535m x..618 = 330.63 or 185.63 in the 2nd movement In movement one, the midpoint falls a few measures after the development, where the theme is being repeated in the surprising key of a minor. This is right before we crescendo up to a climax at m. 92. In movement two, the midpoint falls onto another a minor chord. This measure is right before we transition to another choral in the key of B Major. The midpoint of the entire piece falls on an unassuming measure in the middle of the first theme of the second movement. As for the most important parts of the entire work, I would point out the interesting inversions scattered across the board. First would be the awkward broken chords at m. 55 in the first movement that I have mentioned before. And then again right before the recapitulation when the theme is echoed over the keys. Then again at the little coda at m. 231. As for the second movement, the whole theme is the inverted first theme of the first movement.