Click vs. Clip

Click vs. Clip Click vs. Clip Click vs. Clip By Maeve Maddox The following comment appeared in my Facebook news feed: You have to clip on the picture to see [the complete image]. The context surely called for click, not clip. Curious, I cruised the Web to see if I might find other instances of clip used in a context calling for click. I was surprised by how common the error seems to be. Here are just a few examples that I found: To see a full side-by-side visual comparison of my standard vs responsive design home page as seen on my Android smartphone, clip on the image below. If you would like to utilize the pictures I used in this activity, clip on the image below. Please clip on the image  above to download a  freebie  sample game. Clip on the image or name of the image below to download a high resolution PNG file of that picture. Clip on the image  below for a look A Google search brought up about 400,000 hits for the phrase, â€Å"clip on the image,† compared to 58,800,000 for the correct idiom, â€Å"click on the image.† In the context of computing, click is used as both noun and verb. As a noun, click refers to the act of pressing a button on a computer mouse: How Many Calories are Burned with the Click of a Mouse? What if a click of the mouse could save the environment? Search for over 20,000 parts and place an order with the click of a mouse. As a verb, click means, â€Å"to press a button on the mouse†: New users: Click â€Å"Register.† Right-click an empty spot on your desktop or in a folder of your choice. Double-click the file to launch it. The common meaning of clip, on the other hand, is, â€Å"to cut with scissors or shears.† Hair, wool, grass, and various other things are clipped. In the context of media, the words clip and clipping have acquired specialized meanings. In the old days, when printed publications dominated the media, people cut articles from newspapers and magazines and placed them in files or in scrapbooks. Artists and politicians were especially interested in tracking their publicity. The first agency for the purpose of collecting and organizing printed articles for clients was established in London in 1852. In American usage, articles clipped from publications are called clippings; in British usage, they’re called cuttings. Like click, clip has also become a computer term: Sight is an iPhone-optimized app that  lets you clip articles from any iOS app in  one  snap. Quickly and easily clip articles, text, and images right into Evernote. Web clipping is extracting static information from a Web site in order to display the data on a Web-enabled PDA. In the context of computer use, click applies to the operation of a mouse. Clip refers to some form of cutting. One might clip an image to use it elsewhere, but one clicks on an image to enlarge it or download it. Want to improve your English in five minutes a day? Get a subscription and start receiving our writing tips and exercises daily! Keep learning! Browse the Misused Words category, check our popular posts, or choose a related post below:Dialogue Dos and Don'tsStory Writing 101While vs. Whilst

Apple Company Business Environment Essay Example | Topics and Well Written Essays - 2750 words

Apple Company Business Environment - Essay Example It is expected that the continuance of this trend will encourage more consumer spending and pave the way for more investment by Apple in developing new products. However, weak economic conditions have continued to exist especially within the education sector in the United States. Many states are experiencing huge deficits in budget, which may hamper Apple’s sales initiatives within the educational sector. Most of Apple’s products and components are manufactured in factories across China through partnerships with suppliers and electronic parts manufacturers like Foxconn and Inventec (Housden, 2008). The fixed exchange rate regime adopted by the Chinese government is adversely affecting any effort by Apple to cut production costs, adding to the problems faced from tariffs and anti-dumping penalties (International trade regulations). Social The use of computers, laptops, Smartphones and music players is growing worldwide, especially in the emerging economies. This presents a good opportunity for Apple to widen its market reach especially within these new and relatively unexplored markets. Customers are more adept at using these electronic devices and the use of social networking sites like Facebook and Twitter has only enhanced the importance of computers and Smartphones for daily use (Aasend, 2001). Further, today’s generation places high value on education wherein strategies like offering discounts on products to students are helping Apple capture consumers from an early age and ensure their long-term commitment and preference for its products. Traditionally, Apple has always competed with Microsoft especially within the Operating Systems (OS) segment.... This paper approves that the preceding sections discuss the far, near and internal business environment of Apple Inc. Apple currently faces several issues that it must focus upon in order to ensure sustainable growth in the future. The firm must engage in its current strategy of licensing and strive to improve the economies of scope between personal computers and electronic media. Thus, the need for Apple over the coming years is to evolve into a learning organization. Besides licensing and partnerships, Apple can also consider the possibilities of joint ventures with other companies, which will allow it to develop various additional competencies. This report makes a conclusion that Apple’s primary strategy should be directed towards developing media-centric technologies and products. Nevertheless, the company should also work towards improving its computing products. In fact, Computer sales accounted for over 40% of Apple’s revenues in 2008. Apple continues to rely on the leadership and vision of its CEO, Steve Jobs. Mr. Jobs holds a considerable equity stake in the company and is one of the main reasons behind Apple’s resurgence from virtual oblivion. The reaction from the markets and consumers if he were to ever step down is rather uncertain. Therefore, the dependence on Mr. Jobs should not be a limiting factor for Apple and the firm must devise ways to operate as an organization. Such an initiative will allow Apple to strengthen its position and act through collective decision-making.

GENENTECH Essay Example | Topics and Well Written Essays - 1250 words

GENENTECH - Essay Example The leadership style establishes the success and morale of the personnel as well. The leadership style at the Genentech is that of a transformational leader. When the employees of a company bear a direct influence upon the achievement of that company transformational leadership is the greatest resource. A transformational manager is a leader who has the capacity to inspire (Aarti, 2012). Predictably, the description of leader is somebody who is capable of inspiring or motivate folks to execute duties. A transformational manager is a leader who exhibits this aptitude in addition with other skills. Transformational managers are supervisors that regularly ask many questions when speaking with their personnel. Transformational leaders make firm eye contact as well as stop everything to ensure the personnel understand that they are the focus of attention (Aarti, 2012). This style of leadership takes extra precaution to guarantee that the personnel are catered for as well as their wishes are met. A transformational manager is a leader who cares heeds their employees’ feelings. A successful transformational manager takes extra exertion to find out how the subordinates feel concerning changes, which are being fabricated, enquire for their judgment upon a range of matters, as well as attempt to inspire them to enhance their own state(AAAS, 2013). For this style of lead ership, its essence is to empower each specific worker to push tougher for their individual motives and not predictably because the firm says so. Genentech leaders endeavor to be leaders within their fields via their creative methodologies to scientific research, product development, commercialization and manufacturing (AAAS, 2013).To fulfill Genentech’s mission as well as remain within the forefront of its industry, leaders at Genentech continue to develop an atmosphere of full involvement, which allows the leaders to exploit the skills and knowledge of every employee. Managers at Genentech claim they gain irreplaceable resources from the personnel, partners and the clients by channeling their miscellany of thought, culture, style, perspective and skill set. These resources enable the leaders at Genentech to re-envision incessantly who they are and how the managers execute their work. According to the leaders at Genentech, those invaluable resources aid them to make new disc overies, resolve problems, develop high performing teams as well as develop their leadership. Therefore, the people they oversee set the leaders apart at Genentech (Hughes, 2011). At Genentech, leaders acknowledge that ultimately, miscellany means variances in the manner in which people act and think a cognitive miscellany, which is fashioned by the way people are (Hughes, 2011). Therefore, managers at Genentech are developing an environment whereby they are actively utilizing miscellany of experience and thought to enhance their team’s performance as well as innovation. Genentech’s diversity approaches focus upon the enrollment, development as well as retention of personnel of each background. Genentech afford a wide range of external and internal proficient development opportunities, personnel resource groups and mentoring programs (AAAS, 2013). Lino Gonzalez, a Scientist for Protein Chemistry at Genentech, asserts that he joined Genentech in 2001 because it is among the few finest places in the globe to do execute science. Gonzalez claims that the infrastructure, the people and infrastructure at Genentech are unparalleled, creating a productive field for quickly progressing a project plan from a notion to reality. Gonzalez asserts that it was evident that Genentech

Mobile Sensor Network for Indoor Environment

Mobile Sensor Network for Indoor Environment 4 node sensor network without collisions. Update of every sensor reading in the network at least once per second (available from all nodes). Single frequency channel (i.e. no frequency multiplexing permitted). Error checking (CRC) included to ( Measure at least 2 parameters (e.g. temp, light..) Data presented on serial I/O port in a format that is easily readable on a text terminal. 1. Background knowledge 1.1. System structure The aim of this coursework is to design a mobile sensor network for an indoor environment, communicating with a 2.4 GHz wireless link (IEEE 802.15.4). All the sensor nodes can realize data link, which means each board can get others information. All the sensor boards have the function of receiver link to the computer, and can present the sensor data (for all nodes in the network) to the serial I/O port in a format which is easily to be understand on a text terminal. If the nod which connected to pc is broken, the other 3 nodes can replace it and realize the function of receiver. Each sensor node will include a number of sensors interfaced to a microprocessor (for our group temperature, sounds, touch and light). The microprocessor will gather sensor data, communicate with other sensor nodes via a wireless transceiver, implement a network protocol and provide a PC interface via a serial I/O port for data display. The structure of whole system is as follow: Figure 1 Architecture of Wireless Sensor Network 1.2. Basic hardware The principle hardware used in this project is the PICDEM Z [3] development board from Microchip Technology Inc. There is a PIC18F4620 microcontroller on every node board and every group has 4 board available. The PICDEM Z has a prototyping area which must not be used for circuit construction. First, we need veroboard to construct a circuit, then interface it to the header J6. The next figure shows the structure of the board. Figure 1 The structure of the board And we also have other devices can use in this course: 1. 9V DC power socket (J1) for operation from mains adaptor. 2. 9V battery terminal (BT1) for mobile operation. 3. ICD connector (J5) for connection to MPLAB ICD3 in-system programmer/debugger cable. 4. RS232 serial port connector (P1) for connection to PC COM port. 5. Microchip MRF24J40 2.4GHz transceiver module connected to J2. 6. LEDS RA0 and RA1 for indication. 7. Push buttons RB4 and RB5 for simple logic input. 8. Header J6 giving access to analog and digital I/O pins Vcc (3.3V) and GND. This may be used to interface additional sensors. 1.3. Microchip MRF24J40 2.4GHz The MRF24J40 wireless transceiver [5] provides the physical layer for your wireless communication network. This is a 2.4GHz (IEEE 802.15.4 compliant) device which transmits data rates up to 250kbps and is connected to the PIC via SPI bus, as well as a small number of digital I/O pins. The picture of Wireless transceiver is as follow. 1.4. MPLAB-ICD MPLAB-ICD is an inexpensive development tool for MICROCHIPs PIC16F87X series MCU. MPLAB-ICD is an online debugger, and a programmer. It works in the MPLAB-IDE integrated development environment, and use online serial programming technology of MICROCHIP (In-Circuit Serial Programming), the monitoring program is embedded to achieve real-time simulation in the simulation of the MCU (PIC16F87X). The simulation head is directly connected to the MCU socket of the application system, running the users application as a PIC16F87X. The picture of MPLAB-ICD is as follow. 1.5. Wireless sensor network Wireless Networks use radio waves, infrared, or any other wireless media to link to any devices. It can cover a large area, in which case it will be called a Wireless WAN, or it can cover an area or some floor of building, such as school, hospital and railway station, in that case Wireless LAN (WLAN) appear and describe the situation[4]. It appears a large number of wireless communication standards nowadays, including ZigBee, Wi-Fi, WiMax, GSM (Global System for Mobile Communications) et al. Wireless sensor network (background) became a more and more popular way to solve the problems of large-scale tracking and monitoring applications because it has low-data-rate, low-energy-consumption, and short-range link network [1]. It give people a chance to monitor and control the physical world in a more simple way. WSN applications include many ways in our life, such as industrial monitoring, security, electronics industry, military sensing, asset tracking and home automation. WSNs research has mainly pay attention to energy consumption, routing and data transmission, particularly focusing on collecting and data summary in specific networks with an associated sink node, called a WSN gateway [1]. Some research has carried out the interface of different sensor networks for a single or complex applications. Wireless sensor networks is aimed to monitor and control the physical data of environmental conditions at remove locations and it can collect their data to a main location and send their control command to achieve the result of remote control. A WSN includes plenty nodes, ranging from a few to hundreds and thousands, in addition each node may be linked to one or more other nodes. One node can be designed for carrying out one or more different sensors which have various functions and we can also design combined sensors choice to complete complex use or exchange data with another network[4]. A node for sensing is called a sensor node, everyone can collect the data of other sensor node. As a result, any place with a sensor node can get all the data with a very fast speed at any time. 1.6. Error detection Cyclic Redundancy Check Error detection segment is necessary in a data transmitting system since the correctness and efficiency of data transmitting must be ensured. In this project, there are 3 approaches which can be applied to error detection: parity bit, check sum and cyclic redundancy check (CRC). Parity bit is also known as check bit, the function of which is to judge whether a number of 1-bits in the string is even or odd by adding a bit to a string of binary code. The realisation is that the bits with value 1 is counted for even parity while the coding reverses for odd parity. Although parity bit is easy to implement, the shortcoming is apparent that only when there are 1, 3, 5, à ¢Ã¢â€š ¬Ã‚ ¦ bit(s) errors can the error be detected. The principle for check sum is to define a string with a small size with designed algorithm of calculating, and the result of the calculations of before and after the transmitting will be different even the data changes slightly so the error could be detected in this way. Similar to parity bits, the disadvantage of check sum is that error cant be detected under some circumstances. Cyclic redundancy check (CRC) is a method of error detection that is easyto be implemented by shift register and look-up table in S/W. The process is shown in figure1. In this project the value of P(z) is 0x91 (11001 in reversed binary) which is known as generator polynomial and the divider. Assuming that the data needed to be transmitted is 110011000, then we have the message polynomial D(z). C(z) is the remainder which is calculated by D(z) divided by P(z). The realization of division operation is by XOR. Only when the least significant bit of 1 byte of the message is 1 will it XOR with CRC polynomial, then we should shift it to the next bit and repeat the XOR. At the transmitter, the string of CRC depends on the whole frame on a bit-by-bit basis with binary division. And at the receiver, the received bit string is again divided by the same bit-by-bit basis with a serial shift register. The resultant CRC result should be all zeros at the end of the frame, or there must be errors in the process of data transmitting. Grahame Smillie, 10 Bit error detection and correction, In Analogue and Digital Communication Techniques, Butterworth-Heinemann, Oxf ord, 1999, Pages 185-230, ISBN 9780340731253, http://dx.doi.org/10.1016/B978-034073125-3/50012-7. 2. System Design 2.1. Sensor design and calibration and Analogic digital converter ADC In our group 4 kinds of sensor are designed to meet the requirement, and they are temperature sensor, light sensor, touch sensor and sound sensor. In order to obtain data from all the 4 sensors in the wireless network, a PCB board is required to connect to the sensor node board. In the lab, a breadboard is available for testing the circuit. When finishing the circuit on the breadboard, it can be interfaced to PC to have a preliminary test. If done, a PCB board will be used to finish the final product which can connect to node board. The method of calibration is to get the value of light, sound, temperature or touch that is detected using physical measurement. For example, if the temperature of the environment T0 and the result of the ADC conversion D0 that collected by the sensor in the same testing environment are known, we can derive the proportional function of temperature and ADC data with another pair of coordinate (T1, D1), which is obtained by changing the temperature of testing. Then the code that controlling display of temperature value should be modified so that by the time the temperature of the environment changes, the displaying value on the PC is exactly the temperature. Code for this part is shown as following: 2.1.1. Temperature sensor Negative Temperature Coefficient (NTC) thermistors are temperature sensitive semiconductor resistors which decrease in resistance value when absolute temperature increasing. Change in the resistance of NTC thermistor can be brought about either by a change in the ambient temperature or internally by self-heating resulting from current flowing through the device. (NTC Thermistor Discs and Chips | Ametherm, Ametherm, 2017. [Online]. Available: http://www.ametherm.com/thermistor/disc-and-chip-ntc-thermistors. [Accessed: 07- Jan- 2017].) Most of the practical applications of NTC thermistors are based on these material characteristics. Time and temperature are two of the most frequently measured variables. There are various ways to measure temperature electronically, most normal is by thermocouples and negative temperature coefficient (NTC) thermistors. In addition, NTC temperature sensors can operate over a wide temperature range (-55 to +300 °C). They are stable throughout a long time, and are small and cheaper than other kind. [3] Figure 1 circuit of Temperature Sensor It can be seen in the figure 1 that temperature Sensor is a more complex circuit design. On the left part It=Vcc/(R1+Rt) and Vt=Vcc*Rt/(Rt+R1), then connect the line to the positive side of the LM358 amplifier to amplify circuit and Vt becomes the input of the amplifier. After that, use formula V0 = Vt*(1+R3/R2) to get the voltage value of v0. From this formula we can know, the value of V0 depends on R3 and R2, so R3 and R2 are both simply chosen 10 Ohm. Then the voltage value of V0 is exactly twice as much as that of Vt. Next use formula to transfer ADC data to temperature, when it comes to the lab temperature (23 degrees Celsius), ADC data is 613. While it comes to the people body temperature (abort 38 degrees Celsius), ADC data become 530. Finally, we can calculate the linear parameters by these two sets of data. 2.1.2. Light sensor The Light Sensor is a passive devices that transfer light energy visible or invisible into a output of voltage signal. Thus Light sensors are more commonly known as Photoelectric Devices or Photo Sensors [2]. Photoelectric devices can be classified into two main categories, those which generate electricity when illuminated, such as Photo-voltaics or Photo-emissives etc, and those can change their electrical data (voltage) in some way such as Photo-resistors or Photo-conductors. [2] Light sensor is the easiest sensor of our 4 sensor, so we also use the simplest structure, when luminance become strong, the value of photosensitive resistance become larger. Thus the voltage of Vt increase which result in the raise ADC data. Then use formula to transfer ADC data to luminance, when it is dark (lux 0), ADC data is 30. While it comes to the lab light (about 330 lux), ADC data become 895. Finally, We can calculate the linear parameters by these two sets of data 2.1.3. Sound sensor 2.1.4. Touch sensor The MPR121 is the second-generation sensor controller after the initial release of the MPR03x series devices. The MPR121 will feature increased internal intelligence in addition to Freescales second generation capacitance detection engine. Some of the major additions include an increased electrode count, a hardware configurable I 2Caddress, an expanded filtering system with debounce, and completely independent electrodes with auto-configuration built in. The device also features a 13th simulated electrode that represents the simultaneous charging of all the electrodes connected together to allow for increased proximity detection in a touch panel or touch screen array [5]. 2.3. Time Division Multiple Access TDMA It is required that there are at least 4 nodes of sensor without collision in a wireless transmitting network based on a certain channel. Each sensor must be ensured to be able to receive and transmit, in other words, each node can serve as both a receiver and a transmitter. The node which connects to the PC is responsible for the display of the data that collected by each sensor and each sensor is supposed to send the data string to the chosen node within 1 second. There will be collision with the four nodes if we dont define the order of the data transmitting and receiving or just simply define by applying time delay, hence TDMA is necessary to meet requirements above. TDMA is a method of communication technique that derived from the P2S (parallel to serial) conversion. In the process of TDMA of this project, receivers obtain a same signal at the same time but only the appointed receiver reacts and does the next action, which is then transmitting and serving as new transmitter, and the new transmitter will wait for the next appointment without doing nothing unless it is appointed once again, which means it gets the same order in a new loop. The process repeats and there will not be data collision in the transmitting and receiving. As is illustrated in figure2, there are 4 nodes so 4 slots are needed in 1 second according to the requirement, hence each slot takes up 0.25 second, during which time of period each node should finish data transmitting, so the calculation of the time that is needed for sending and receiving is necessary. 2.3.1. Data packet structure 2.3.2. Timers We apply timer0 to control the time of running, different initial values have been given to timer0 in each slot so that transmitting and receiving within 1 second without collision can be ensured. In this case, node 4 is the main node which connects to the PC. The start of the process is the transmitting of node 4, and by the time other 3 nodes receive data from node 4, the text packet ID of the transmitter will be checked and only node 3, which is the transmitted ID 4 minus 1, will display the data that collected by node 4 and transmit its own data collected by its sensor. Following actions will be carried out by node 2, and node 1 within a certain time of period, like shown in figure3. Figure3 4. IoT Data Service and Visualisation

The Sun Lord of All Ages :: Sun Culture Cultures Cultural Essays

The Sun Lord of All Ages "Sun, heavenly body whose light makes our day, member of the solar system round which the planets revolve "( definition according to the Webster's New Elementary Dictionary). In the literature of the mythology, the legends that relate to the creation of the shiny body occupy a very important role. It was natural for ancient cultures in remote times to speculate about the creation of the visible universe, and specially about the creation of the sun. The sun is presented in a lot of different myths as born from one of the eyes of The Creator God, or as springing into life as the sacrifice of the life of a god or hero, or sometimes as the Supreme Creator itself. While traveling through the different cultures existent in the ancient times, we can recognize common aspects in their different myths. In the case of the sun related myths, we can see common aspect concerning: his creation, and the sun-man relationship. Even though the sun plays an important role in almost all the creatio n myths, there are some cultures were his role it is more important than in others. For example, in the Egyptian myths he is presented as the supreme creator, in the case of the Toltec and Aztec myths he is mostly related to the creation and destruction of the five different worlds and the humans that lived in each of them. In order of importance of the role of the sun in the different cultures, the Egyptians are one of the first ones. For them the sun was the greatest god of all. According to their legends, at the beginning , the world was a waste of water called Nu, from were the sun god was born. "He first appeared as a shiny egg, which floated upon the water's breast and the spirits of the deep, who where the Mother and the Father, were with him there as he was with Nu, for they were the companions of Nu. Ra [Egyptian name for the sun] was greater than Nu from whom he arose. He was the divine father and strong ruler of gods" (Mackenzie, 1). This was the Egyptian explanation for the appearance of that shiny body in the sky, who kept them warm and gave them light during the day, and caused plants to grow which they needed as food to survive.

Human Resource Management and Industrial Relations Department

An efficient work force is important to the overall success of any organization and this also has implications for the overall success of a country’s economy.Not only do organizations require adequate numbers of workers to fill essential positions, these workers need to be highly productive so that the organization makes optimal use of the capital it invests in labour. It is evident therefore that the overall productivity of the workforce will go a far way in determining the eventual viability of the organization.Analysts have tended to link worker productivity with increased living standards, arguing that increased efficiency leads to increased remuneration which therefore improves individual as well as national living standards (Monthly Labour Review, 2007).The counter to this position is that employees who are producing below a certain minimum standard may affect the productivity of the entire organization, so much so, that organizational productivity decreases over time.In these days of harsh competition, organizations cannot afford to make such grave mistakes when it comes to recruiting new staff members. All current, new and aspiring employees must have in mind the vision and goal of the company and work towards their accomplishment in the most efficient way possible.Seeing the importance of a productive workforce in determining organizational success, it is evident that organizations have to adopt appropriate strategies to attract the best employees to fill all positions within the organization.While it is difficult to predict, at the initial stages, the level at which a potential employee will produce, it is essential that organizations ensure that mechanisms are put in place which ensure that the recruitment and selection process results in the hiring of employees that will contribute to the overall productivity of the firm by bringing to the job high productivity.Recruitment and selection of employees to a firm cannot be a light matter but must be dealt with by individuals who are themselves highly productive and committed to the overall vision and goals of the organization.Recruitment and selection are functions over which the human resource manager has universal control. It is this category of employees in an organization who are closely conversant with the overall goals of the organization and who are in the best position to decide on appropriate candidates for employment.Management is a process of effectively taking advantage of manpower, materials and resources as well as financial power, to realize the aims of an organization. Since the 1990s the science of management control has witnessed significant changes at both the governmental and organizational levels.The society seems now to be evolving from one that has traditionally been hierarchical to one that features plural management. Nowadays various managers function within a single organization to carry out certain specific functions, decentralizing control.Manage ment science as a field of enquiry developed within large corporations. In the western world the management control literature was piloted at the beginning of the 19th century by theorists such as Taylor and Fayol among others (see Taylor, 1911).In this early era control was seen as an essential aspect and function of management. Control primarily involved the management control of activities, cash flows, people, organizational units and managers. However, as time progressed, the concept of Human Resource Management emerged as an improvement on previous management control models.The HR department is the locus through which the organization is able to meet and sustain its employment needs. Continued and improved worker productivity is therefore one of the primary objectives of the HR department.This department needs to be aware of the organization’s employment strategy, in order to assist by looking for the right talents to help this strategy. It is becoming increasingly clear that the job market is much like the market for goods and services. Employee recruitment has therefore become a mechanism whereby potential employees market their capabilities on the one hand and businesses attempt to recruit the best workers in the particular field (Breaugh, 1992).At the same time, it is of outmost importance that the Human Resources are managed in the most effective way possible in order to achieve the final goal of management control.HR management, through processes such as recruitment and selection provides aspects that link its activities with the strategy of the business itself (McKenna & Beech, 1995). Recruitment and selection therefore represents the first step in the management control processes. Although successful recruitment and selection are not hereby means towards achieving successful management control, there must be a good recruitment and selection system in place to contribute towards this end.This dissertation will attempt to address the twin iss ue of recruitment and selection. Taking the form of a Case Study, this paper will explore and discuss the various methods and procedures of recruitment and selection being used in a specific company – the Yintao Golf Club Co., Ltd. located in China.Aspects pertinent to recruitment and selection, including job descriptions and interviewing practices will be examined in this case study. By examining a single, Chinese company, the researcher will be able to broaden understanding of the Chinese characteristics of HR management. The researcher will attempt therefore to produce an understanding of the nature of Chinese management control at a miniscule level.

Public Health Systems around the World - 3125 Words

Peoples health is very different in other sides of the world. The health problems are different and the health care systems are various. People living in separate countries are in quite different position depending on where they live: in rich or in poor country, in developed or developing country. In this task I will write a presentation of heath care systems in the three different countries: Finland, United Kingdom and Ethiopia. United Kingdom represents a developed country and a Ethiopia is developing country. Finland is a country in northern Europe. The population in Finland was 5,4 million people in 2012, and the annual population growth is near 0% (The World Bank 2013). The population increased of 25 407 person during 2012, and 87%†¦show more content†¦A few of health challenges in Finland at the moment are obesity, smoking / dinking / drugs, and national diseases like heart problems, diabetes, musculoskeletal disorders, osteoporosis, mental health, allergy and asthma, cancer, dementia, infectious diseases and accidents. (Sosiaali- ja terveyskertomus 2010). 2.2 Private health care The Public Health Programme orders the municipalities to cooperate with other public or private agencies to promote the health of population in the municipality. Organizations have played an important role in health promotion and supporting citizens own role to promote their health. (Sosiaali- ja terveysministerià ¶ 2013.) Municipalities provide services for them self and by buying them from private sector providers. Private services focus mainly on specialised doctor visits, and 5% of hospitals medical treatment is produced in private hospitals. (Sitra reports 2009). All permanent residents in Finland have public helth insurance. People in Finland can choose to use private medical centres, doctors or other nursing professional services. Public health insurance replaces some patients self-purchased health care costs, but the deductibles are quite high, and everybody aren’t able to use them. (Sitra reports 2009). Ministry of Social Affairs and Slot Machine (RAY) assist financially organizations and a variety of health promotion projects every year. The grants areShow MoreRelatedHealth Care Systems Are Different In Every Country Around1603 Words   |  7 PagesHealth care systems are different in every country around the world. There are four main components that complete a health care delivery system, described by Shi and Singh (2015) as the quad-function model, which includes insurance, financing, payment and delivery of care (p. 5). 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In the documentary (Frontline) examines the worsening economy and broken healthcare system around the United StatesRead MoreHealth As Being Mentally And Physically Content With One s Self1385 Words   |  6 PagesThis shows that trying to simplify the term ‘health’ into one universal definition could be a difficult task. Physical health that can be tested through x-rays and blood tests, issues such as mental and social health however cannot be tested. A person who is suffering from depression and a person who has a fever should hold the same level of importance to a doctor, parent and society. Health just like people can come in all different shapes and sizes. Health for everyone is not the same. This is shownRead MoreTrends Of Medical Care Around The World1269 Words   |  6 PagesTrends i n Medical Care Around the World Alex Blissitte As the many cultures and societies across the world change, the spread of healthcare changes, as well. Through research, we are able to compare both the benefits and disadvantages of various types of healthcare across the world. By studying trends and applying current knowledge, we can predict what the future holds for medical care in both our own country and other countries. Two examples of a developed healthcare system can be seen in AustraliaRead MoreThe Health Care System In The United States Is Composed1410 Words   |  6 PagesThe health care system in the United States is composed of four basic components, financing, insurance, delivery, and payments, also known as the quad function model. This heath care systems differ between a private and government-run system and between a traditional health insurance and managed care based system. A good example of a purely government-run system in our country is the Veterans Administration (VA), health care systems, Medicare, Medicaid, and the Federal Employee Health Benefits (FEHB)Read MorePublic Policy Of Globalization On Canada Essay1692 Words   |  7 PagesPublic Policy of Globalization in Canada The government is what makes executive decision for the public policy. Society is influenced by our living and working conditions which shape health. The social determinants of heath shape material, psychosocial, and behavioral routes. However, stages of life like, genetics, early life, and cultural factors are some components that influence health. The Canadian welfare state shape public policies enhance the social determinants in Canada and the low qualityRead MoreAmerica Is A One Of The Most Economically Developed Nations.1007 Words   |  5 PagesHowever, according to â€Å"PBS Frontline; Sick around the World† America ranks 37th in health care quality and equality. We can hear the general public are debating about health care everywhere. In developed nations like the US, everyone should have health care. Some people believe that Obama’s health care system is effective. On the other hand, some people say that Obama care is not effective because the government canno t mandate the general public to have health insurance. Obama care is an effect, but