Quality Assurance in Nursing - 3805 Words

QUALITY ASSURANCE IN NURSING INTRODUCTION: Quality control is a specific type of controlling refers to activities that evaluate, monitor or regulate serves provided to consumers .in nursing the goal of quality care would be to ensure quality while giving nursing care to the clients as per nursing care plan. HISTORICAL ASPECTS: The field of quality assurance is an old as modern. Florence nightingale introduced the concept of quality in nursing care in 1855 while attending the soldiers in hospital during the Crimean war. It is a matter of pride for nurses that the nursing profession has attained a distinct position in the search for quality in health care. DEFINIATIONS: QUALITY: Quality is defined as the extent of resemblance between the†¦show more content†¦Maintaining record of care. THE PURPOSES OF PUBLISHING, CIRCULATING AND ENFORCING NURSING CARE STANDARDS ARE TO: (a) Improve the quality of nursing care, (b) Decrease the cost of nursing and (c) Determine the nursing negligence. CHARACTERISTICS: The characteristics of standards, which undo those standards 1. Statement must be broad enough to apply to a wide variety of settings. 2. Must be realistic, acceptable attainable 3. Of nursing care must be developed by members of the nursing profession: preferable nurses practicing at the direct care level with consultation of experts in the domain. 4. Should be phrased in positive terms and indicate acceptable performance, i.e. well, excellence etc. 5. Of nursing care must express what is desirable optional level. 6. Must be understandable and stated in unambiguous terms 7. Must be based on current knowledge and scientific practice. 8. Must be reviewed and revised periodically. 9. May be directed towards an ideal, i.e. optional standards or may only specify the minimal care that be attained, i.e. minimum standard and one must remember that standards that work are objective, acceptable achievable and flexible. SOURCES: It is generally accepted that standards should be based on agreed up achievable level of performance considered proper and adequate for specific purposes. The standards can be established, developed, reviewed or enforced by variety ofShow MoreRelatedEvaluation Of A Patient Develops Pressure Ulcers1497 Words   |  6 Pagesthe dialogue between the nurses and the surgeons, it was necessary to delve into the quality management method that were utilized in the hospital. Anytime a patient develops pressure ulcers, it is a sign of negligence in most cases. The surgeons are knowledgeable in knowing that the skin will breakdown with prolonged decreased bed mobility. Consequently, having a meeting to discuss changes in the quality assurance management methods is an indicator that there were some deficits in the delivery ofRead MoreA Research On The Field Of Nursing880 Words   |  4 Pagesparent, and all a parent wants is a good nurse. I have chosen to pursue a career in the field of nursi ng, with a focus in pediatrics. Pediatrics is branch of medical care dealing with matters related to children. It is the responsibility of a registered nurse in any field to ensure that quality assurance procedures are precisely applied and followed during all phases of patient care. Quality assurance procedures are deliberate procedures that have been established to significantly decrease the incidenceRead MoreNurses As Leaders For Quality Improvement Initiatives1143 Words   |  5 PagesNurses as leaders in quality improvement initiatives In the evolving health care environment, a guiding policy and personnel planning is required with respect to the numbers, types and mix of professionals. To overcome the challenges of the existing health care system and practice environment, â€Å"nurses need to be well educated, team oriented, adaptable and able to apply competencies relevant to leadership† (The Future of Nursing: Leading Change, Advancing Health, 2011, p. 270). Health care systemRead MoreQuality Assurance Nurse At Kensington Place Located At 3405 S993 Words   |  4 Pagescare interview, I conduct an interview with Ayanna Randle Banks she is Quality Assurance Nurse at Kensington Place located at 3405 S. Michigan, Chicago IL. Kensington Place is a nursing home and rehabilitation facility. She has worked at Kensington Place for three years and was recently promoted to a Quality Assurance Nurse. As a Quality Assurance Nurse, she works to the review of clinical cases that may be related to quality of care i ssues identified by appeals and grievance process, adverse eventsRead MoreWestern Surgical Specialist Incorporated Does Business As Coastal Surgical Institute ( Csi ) Essay948 Words   |  4 Pagesthe Administrator: Director of Nursing, the Pathology Lab, and the Anesthesia Services. The structure of CSI follows Mintzberg’s five-sector model (Bolman Deal, 2008) in that it is a top-down organization with a clear strategic apex consisting of the governing body of CSI. This administrative component funnels down to the Medical Executive Committee and ultimately the Director of Nursing who is directly in charge of the operating core, which consists of the nursing staff. The technostructure seemsRead MoreProfessional Profile: Nursing Essay1364 Words   |  6 PagesAs a registered nurse Mary has been working in the hospital setting and the rest home. All her working life so far was connected to the elderly care. Her current role is a hospital nurse in the geriatric recovery ward. Most of Mary’s work is basic nursing care for elderly people (65 years old and over) after surgeries, rehabilitation. Also they provide palliative care for people in the end of their lives. Mary and her colleagues are involved in doing blood transfusions, wound dressings, administeringRead MoreThe Impact of Systems Theory and Diffusion of Innovation Theory on Healthcare1224 Words   |  5 Pagesadoption of specific clinical behaviours and when deciding which components will require additional effort if diffusion is to occur (Sanson-Fischer 2004). In the field of nursing, both theories have been used to advance the ability of nurses to improve human health. Systems theory has been very useful in enabling nursing to become more multicultural in its perspective, such as when treating members of indigenous or collectively-oriented cultures that have different perspectives of health and theRead MoreQuality Of Quality And Safety863 Words   |  4 PagesManaging quality and safety is vital in order to deliver effective healthcare today. Unfortunately, very little is known about the quality of care due to the fact that there are a variety of definitions used for the term quality (Stanhope Lancaster, 2014). This paper will discuss quality management in this country’s healthcare system, some approaches used for quality improvement, as well as the perspectives of quality healthcare from healthcare professionals and clients. Defining Quality HealthcareRead MoreThe Importance Of The College Of Nurses And Self Regulation989 Words   |  4 PagesSince October 1963 the nursing profession has been self-regulated in Ontario by The College of Nurses. Self-regulation and The College of Nurses work together to support nurses while setting the guidelines for the practice, while enforcing the rules and regulations with the goal of protecting the public interest. In this paper I will discuss the importance of The College of Nurses and self-regulation, what I have learned about them and how I use them in my clinical practice. What have you learnedRead MoreEvidence Based ( Ebp ) Facility Assignment Essay1518 Words   |  7 PagesEvidence-Based (EBP) Facility Assignment 1. Do you currently use EBP in your nursing practice? Evidence-based practice are methods that have been tested with rigorous and countless scientific and research trials that validate the medical treatment and utilizes the best possible treatment approach known today. I use evidence-based practice in my nursing practice by utilizing standardized tests as much as possible to ascertain the problem areas, research what treatments have been demonstrated to

Participatory sensing services for smart phones Free Essays

1. Motivation In modern society, environmental pollution is usually a headache for citizens, especially those who live in the urban areas. Many researches have shown that there is a direct link between environmental pollution and health effects. We will write a custom essay sample on Participatory sensing services for smart phones or any similar topic only for you Order Now In the last two decades, the overall environment quality has improved. However, there is still a concern about environmental pollution in the urban areas. Citizens, especially the elderly and children, are vulnerable to the effects of environmental pollution. Nowadays, the latest technologies in the wireless field provide an innovative approach for the citizens to access the information about environmental pollution. With over 3 billion subscriber lines active today, nearly half the world’s population uses mobile phones [1]. Given the right structure, the ubiquitous mobile devices could act as sensor nodes, capable of capturing, classifying, and transmitting environmental data, such as image, acoustic, and temperature. In the foreseeable future, other sensors may be embedded in or connect wirelessly to the mobile phones to gather information about air pollutants, like CO2, NO2 and SO2. Participatory sending can employ a variety of devices to collect data; however, some special characteristics of mobile phones enable them to be an unprecedented tool for engaging participants in sensing their local environment. The sheer ubiquity across the geographic and demographic spectrum and the broad proliferation of cellular infrastructure and mobile phone usage make it possible to collect data over large areas for little incremental cost. Participatory sensing will utilize current wireless network, which consists numerous mobile phones, to form a vast interactive participatory sensor network that enables professional users and lay public to gather, analyze and share environment information [2]. Citizens, especially the elderly, children, urban commuters, urban office workers and students, will benefit from such a revolutionary technology. 2. Background In virtue of the rosy prospect and importance of participatory sensing, there are more and more research institutes engaging in this field. The concept of PES has been proposed in recent years (Karatzas, 2005; Burke et al., 2006; Goldman et al., 2009), and related projects have been in development around the world, especially in the USA and Europe [3]. PEIR, one of the most successful participatory sensing projects, is research collaboration between CENS, UCLA and Nokia. It makes use of Internet to allow citizens to use their mobile phones to interact with PEIR, and explore and share the impact between environment and the citizens. PEIR senses pollution by using existing infrastructure without user intervention and emphasizes how individual transportation choices simultaneously influence both environmental impact and exposure, which makes it different from other existing carbon footprint calculators [4]. Eye on Earth project of the European Environment Agency is a two-way communication platform on the environment. It has introduced the participation of millions of ordinary people to create the first environmental portal that includes citizens’ observations on air and bathing water quality at present. Eye on Earth aims to gradually include information on many other environmental topics and grow to a global observatory for environmental change [5]. MESSAGE is to provide data collecting through three sensor platforms for the planning, management and control of the environmental impacts of transport activity at urban, regional and national level. Mobile phones are investigated to support a sensing system, in which people play an important role [6]. In addition to the projects introduced above, other participatory sensing projects have also appeared, such as Living Environments, Citysense, Common Sense, Envitori and MIMAQ [3]. A lot of evidences have shown that new intuitive ways of interactions and user friendly context aware service can be introduced by various sensors in mobile phones. Therefore, mostly specialized sensors were applied in participatory sensing. Some projects also suggest that standard sensors already embedded in the mobile phones can be used for this. Overall, there are a variety of participatory sensing projects, and they can be divided into three categories according to the participation patterns [1]: Collective Design and Investigation. A group of individuals work together to decide where, what and why to sense. Then a data collection system is collectively designed, and an investigation is conducted. The group interprets the data and acts on the results. An evident feature of this participatory pattern is that the community of participants owns the entire process. Instead of serving merely research subjects, individuals play an active role in the investigative process. Public contribution. Individuals or organizations define inquiries and then other individuals collect data in respond to such inquiries. In this case, participants actively engage in the data collection and make contributions to an effort they find meaningful. For organizers, they can gather as many data as possible at a scale unachievable by professionals acting alone. Personal Use and Reflection. Individuals log information about themselves, like images, sounds and so on. Such recorded information may reveal hidden habits and patterns in one’s life after analyzed and visualized. Participants use the results for personal discovery to reflect on, evaluate, and perhaps change patterns that were previously overlooked. 3. Methods Data collection and interpretation are the heart of participatory sensing which places the emphasis on the involvement of citizens and community groups. In spite of participation patterns, the basic process for every participatory sensing project is similar, and it can be broken down into the following eight steps: coordination, capture, transfer, storage, access, analysis, feedback and visualization [1]. Coordination explains the sensing effort to the participants and provides necessary guidance to them. Capture is the collection of data on a mobile phone, which is the core step of participatory sensing. Data can be captured by the existing sensors already embedded in the mobile phones or by those specialized sensors connecting wirelessly to the mobile phones. In the course of data collection, the credibility of data must be guaranteed. More significantly, data about geographical position and time must be captured every time. Transfer is processed automatically by mobile phones via wireless network. Mobile phone software takes the responsibility of uploading data and makes it transparent to the participants. Furthermore, mobile phone software should be tolerant of inevitable network interruptions. Storage takes place on servers which are distributed remotely in the Internet. Access is under the control of project organizers and participants according to the privacy policy. Due to the possible disclosure of private information about the participants, it is of vital importance for the participants to determine what information to share and with whom. Analysis includes various data-processing methods, the calculation of group statistics and the integration of contributed data into statistical and spatial models that can be used to determine patterns in space and time. Feedback may be required in the event of a project triggering manual or automatic events. Visualization is closely related to the analysis. It is the step to present the contributed data after analysis. In some sense, well-designed visualization increases the applicability of a participatory sensing project. The project of Participatory sensing services for smart phones can be divided into two collaborative subprojects based on the Android platform, one focusing on data gathering and the other one dealing with the data processing and visualization. We take the responsibility for presenting data in some friendly and easy-understandable way. Thus the data analysis and visualization are the center of our work. For the subproject of data processing and visualization, we have to deal with data and services. In the assumption that the contributed data are already available and their credibility has been verified, we get data via a server-based application which acts as a data storage. This server-based application will provide web service interfaces for data access. Thus WSDL language for web services will be utilized to develop an Android-based application with the aid of development environments like Eclipse. There are a wide variety of available solutions to make use of web services via Android, and the solution to use ksoap2 will be suitable for our project. The data accessed via web services can be classified into two kinds: subjective data and objective data. Subjective data: a categorization of the quality of the environment. They are feedback commented and reported by the citizens on the air quality. We intend to make use of the EEA categorization for air pollution, which is applicable on http://www.eyeonearth.eu/. Objective data: in the form of numeric values. They are automatically captured by the sensors or reported manually by the users. Images, sound, location and time are objective data. All data processed in the frame of participatory sensing project will include the following three categories of information: Georeference. Geographical position and time is extremely important for participatory sensing, and forms the cornerstone of the follow-up work. User categories. At the initial stage, our project will serve the urban commuters, office workers, students and the elderly. Other categories of users are possibly added if necessary at the later stage. We allocate every user group a unique ID, which will be used to identify the category which the users belong to. Furthermore, category ID will be used to send a request to the server which involves user category. Thematic profiling. Our project is to process information about environment and we aim to deal with air pollution, odors, noise, traffic congestion and waste. In order to present the result of the contributed data to the participants in a user-friendly and easy-understandable way, GMap API may be utilized to map the georeference and thematic profiling, which will provide an interactive feature between our project and participants. Due to the distinct flexibility, Modest Maps API is an alternative to achieve the same goal. 4. Metrics for evaluation To encourage the handset owners to participate in our project, privacy protection policy has to be taken into account to prevent privacy disclosure. One of the basic rules is that participants cannot access other people’s private information, and such an attempt should be denied. Furthermore, the data visualization should be easily and readily comprehended or understood not only by the professional users but also by the general public. In some sense, the degree of understandability of data presentation determines the scope of applicability of participatory sensing. Another metric related to the visualization is that the users are able to customize the configuration to present what they want. With regard to air quality, if the concentration of air pollutants detected does not fall into the scope which is safe and suitable for humankind, the participants should receive a warning, so that they can take actions to avoid being harmed. Due to regional differences, different air pollution standards are applied in different areas. 5. Outputs The output of our project is an application running on the Android platform. Interested people can download it from the Internet and install it in their Android phones to access the information about environment surrounding them. 6. Workplan The rough time schedule of our project is listed below, including the milestones and corresponding estimated completion dates. In table 1, some stages may overlap with others. In the course of project development, the time schedule may be changed according to specific situation. Milestone Anticipated completion date Analyze the project and do literary reviewFebruary 28, 2011 Define the project scopeFebruary 28, 2011 Write the research proposalMarch 23, 2011 Study mobile phone programming techniquesMay 27, 2011 Make a plan for the projectMay 28, 2011 Implement the projectJuly 28, 2011 Test the projectAugust 3, 2011 Take field trialsAugust 5, 2011 Deliver the projectAugust 8, 2011 Complete the dissertationAugust 19, 2011 7. References [1] J. Goldman, K. Shilton, J. Burke, D. Estrin, M. Hansen, N. Ramanathan, S. Reddy, V. Samanta, M. Srivastava, R. West, â€Å"Participatory Sensing: A citizen-powered approach to illuminating the patterns that shape our world† [2] J. Burke, D. Estrin, M. Hansen, A. Parker, N. Ramanathan, S. Reddy, M. B. Srivastava, â€Å"Participatory Sensing† [3] https://projects.inf.ed.ac.uk/msc/project?number=P165 [4] http://urban.cens.ucla.edu/projects/peir [5] http://www.eyeonearth.eu/About.aspx?culture=en-GB [6] http://bioinf.ncl.ac.uk/message/?q=node/5 How to cite Participatory sensing services for smart phones, Essay examples Participatory sensing services for smart phones Free Essays 1. Motivation In modern society, environmental pollution is usually a headache for citizens, especially those who live in the urban areas. Many researches have shown that there is a direct link between environmental pollution and health effects. We will write a custom essay sample on Participatory sensing services for smart phones or any similar topic only for you Order Now In the last two decades, the overall environment quality has improved. However, there is still a concern about environmental pollution in the urban areas. Citizens, especially the elderly and children, are vulnerable to the effects of environmental pollution. Nowadays, the latest technologies in the wireless field provide an innovative approach for the citizens to access the information about environmental pollution. With over 3 billion subscriber lines active today, nearly half the world’s population uses mobile phones [1]. Given the right structure, the ubiquitous mobile devices could act as sensor nodes, capable of capturing, classifying, and transmitting environmental data, such as image, acoustic, and temperature. In the foreseeable future, other sensors may be embedded in or connect wirelessly to the mobile phones to gather information about air pollutants, like CO2, NO2 and SO2. Participatory sending can employ a variety of devices to collect data; however, some special characteristics of mobile phones enable them to be an unprecedented tool for engaging participants in sensing their local environment. The sheer ubiquity across the geographic and demographic spectrum and the broad proliferation of cellular infrastructure and mobile phone usage make it possible to collect data over large areas for little incremental cost. Participatory sensing will utilize current wireless network, which consists numerous mobile phones, to form a vast interactive participatory sensor network that enables professional users and lay public to gather, analyze and share environment information [2]. Citizens, especially the elderly, children, urban commuters, urban office workers and students, will benefit from such a revolutionary technology. 2. Background In virtue of the rosy prospect and importance of participatory sensing, there are more and more research institutes engaging in this field. The concept of PES has been proposed in recent years (Karatzas, 2005; Burke et al., 2006; Goldman et al., 2009), and related projects have been in development around the world, especially in the USA and Europe [3]. PEIR, one of the most successful participatory sensing projects, is research collaboration between CENS, UCLA and Nokia. It makes use of Internet to allow citizens to use their mobile phones to interact with PEIR, and explore and share the impact between environment and the citizens. PEIR senses pollution by using existing infrastructure without user intervention and emphasizes how individual transportation choices simultaneously influence both environmental impact and exposure, which makes it different from other existing carbon footprint calculators [4]. Eye on Earth project of the European Environment Agency is a two-way communication platform on the environment. It has introduced the participation of millions of ordinary people to create the first environmental portal that includes citizens’ observations on air and bathing water quality at present. Eye on Earth aims to gradually include information on many other environmental topics and grow to a global observatory for environmental change [5]. MESSAGE is to provide data collecting through three sensor platforms for the planning, management and control of the environmental impacts of transport activity at urban, regional and national level. Mobile phones are investigated to support a sensing system, in which people play an important role [6]. In addition to the projects introduced above, other participatory sensing projects have also appeared, such as Living Environments, Citysense, Common Sense, Envitori and MIMAQ [3]. A lot of evidences have shown that new intuitive ways of interactions and user friendly context aware service can be introduced by various sensors in mobile phones. Therefore, mostly specialized sensors were applied in participatory sensing. Some projects also suggest that standard sensors already embedded in the mobile phones can be used for this. Overall, there are a variety of participatory sensing projects, and they can be divided into three categories according to the participation patterns [1]: Collective Design and Investigation. A group of individuals work together to decide where, what and why to sense. Then a data collection system is collectively designed, and an investigation is conducted. The group interprets the data and acts on the results. An evident feature of this participatory pattern is that the community of participants owns the entire process. Instead of serving merely research subjects, individuals play an active role in the investigative process. Public contribution. Individuals or organizations define inquiries and then other individuals collect data in respond to such inquiries. In this case, participants actively engage in the data collection and make contributions to an effort they find meaningful. For organizers, they can gather as many data as possible at a scale unachievable by professionals acting alone. Personal Use and Reflection. Individuals log information about themselves, like images, sounds and so on. Such recorded information may reveal hidden habits and patterns in one’s life after analyzed and visualized. Participants use the results for personal discovery to reflect on, evaluate, and perhaps change patterns that were previously overlooked. 3. Methods Data collection and interpretation are the heart of participatory sensing which places the emphasis on the involvement of citizens and community groups. In spite of participation patterns, the basic process for every participatory sensing project is similar, and it can be broken down into the following eight steps: coordination, capture, transfer, storage, access, analysis, feedback and visualization [1]. Coordination explains the sensing effort to the participants and provides necessary guidance to them. Capture is the collection of data on a mobile phone, which is the core step of participatory sensing. Data can be captured by the existing sensors already embedded in the mobile phones or by those specialized sensors connecting wirelessly to the mobile phones. In the course of data collection, the credibility of data must be guaranteed. More significantly, data about geographical position and time must be captured every time. Transfer is processed automatically by mobile phones via wireless network. Mobile phone software takes the responsibility of uploading data and makes it transparent to the participants. Furthermore, mobile phone software should be tolerant of inevitable network interruptions. Storage takes place on servers which are distributed remotely in the Internet. Access is under the control of project organizers and participants according to the privacy policy. Due to the possible disclosure of private information about the participants, it is of vital importance for the participants to determine what information to share and with whom. Analysis includes various data-processing methods, the calculation of group statistics and the integration of contributed data into statistical and spatial models that can be used to determine patterns in space and time. Feedback may be required in the event of a project triggering manual or automatic events. Visualization is closely related to the analysis. It is the step to present the contributed data after analysis. In some sense, well-designed visualization increases the applicability of a participatory sensing project. The project of Participatory sensing services for smart phones can be divided into two collaborative subprojects based on the Android platform, one focusing on data gathering and the other one dealing with the data processing and visualization. We take the responsibility for presenting data in some friendly and easy-understandable way. Thus the data analysis and visualization are the center of our work. For the subproject of data processing and visualization, we have to deal with data and services. In the assumption that the contributed data are already available and their credibility has been verified, we get data via a server-based application which acts as a data storage. This server-based application will provide web service interfaces for data access. Thus WSDL language for web services will be utilized to develop an Android-based application with the aid of development environments like Eclipse. There are a wide variety of available solutions to make use of web services via Android, and the solution to use ksoap2 will be suitable for our project. The data accessed via web services can be classified into two kinds: subjective data and objective data. Subjective data: a categorization of the quality of the environment. They are feedback commented and reported by the citizens on the air quality. We intend to make use of the EEA categorization for air pollution, which is applicable on http://www.eyeonearth.eu/. Objective data: in the form of numeric values. They are automatically captured by the sensors or reported manually by the users. Images, sound, location and time are objective data. All data processed in the frame of participatory sensing project will include the following three categories of information: Georeference. Geographical position and time is extremely important for participatory sensing, and forms the cornerstone of the follow-up work. User categories. At the initial stage, our project will serve the urban commuters, office workers, students and the elderly. Other categories of users are possibly added if necessary at the later stage. We allocate every user group a unique ID, which will be used to identify the category which the users belong to. Furthermore, category ID will be used to send a request to the server which involves user category. Thematic profiling. Our project is to process information about environment and we aim to deal with air pollution, odors, noise, traffic congestion and waste. In order to present the result of the contributed data to the participants in a user-friendly and easy-understandable way, GMap API may be utilized to map the georeference and thematic profiling, which will provide an interactive feature between our project and participants. Due to the distinct flexibility, Modest Maps API is an alternative to achieve the same goal. 4.Metrics for evaluation To encourage the handset owners to participate in our project, privacy protection policy has to be taken into account to prevent privacy disclosure. One of the basic rules is that participants cannot access other people’s private information, and such an attempt should be denied. Furthermore, the data visualization should be easily and readily comprehended or understood not only by the professional users but also by the general public. In some sense, the degree of understandability of data presentation determines the scope of applicability of participatory sensing. Another metric related to the visualization is that the users are able to customize the configuration to present what they want. With regard to air quality, if the concentration of air pollutants detected does not fall into the scope which is safe and suitable for humankind, the participants should receive a warning, so that they can take actions to avoid being harmed. Due to regional differences, different air pollution standards are applied in different areas. 5. Outputs The output of our project is an application running on the Android platform. Interested people can download it from the Internet and install it in their Android phones to access the information about environment surrounding them. 6. Workplan The rough time schedule of our project is listed below, including the milestones and corresponding estimated completion dates. In table 1, some stages may overlap with others. In the course of project development, the time schedule may be changed according to specific situation. Milestone Anticipated completion date Analyze the project and do literary reviewFebruary 28, 2011 Define the project scopeFebruary 28, 2011 Write the research proposalMarch 23, 2011 Study mobile phone programming techniquesMay 27, 2011 Make a plan for the projectMay 28, 2011 Implement the projectJuly 28, 2011 Test the projectAugust 3, 2011 Take field trialsAugust 5, 2011 Deliver the projectAugust 8, 2011 Complete the dissertationAugust 19, 2011 References J. Goldman, K. Shilton, J. Burke, D. Estrin, M. Hansen, N. Ramanathan, S. Reddy, V. Samanta, M. Srivastava, R. West, â€Å"Participatory Sensing: A citizen-powered approach to illuminating the patterns that shape our world† J. Burke, D. Estrin, M. Hansen, A. Parker, N. Ramanathan, S. Reddy, M. B. Srivastava, â€Å"Participatory Sensing† https://projects.inf.ed.ac.uk/msc/project?number=P165 http://urban.cens.ucla.edu/projects/peir http://www.eyeonearth.eu/About.aspx?culture=en-GB http://bioinf.ncl.ac.uk/message/?q=node/5 How to cite Participatory sensing services for smart phones, Essay examples

Impact on Productivity or Information System †MyAssignmenthelp.com

Question: Discuss about the Impact on Productivity or Information System. Answer: Introduction: The following report is all about enterprise social networks with the query that it provides increase in production or information overload. Social media has played an important role in the work place of various organizations (Aral, Brynjolfsson and Van Alstyne, 2012). A report stated that ESN is expected to be implemented in more than 70% of the organization by the year 2017 (Oldroyd and Morris, 2012). ESN helps in increasing the knowledge of various workers working in different organization round the globe. Enterprise Social Network (ESN) promotes certain action like accelerating innovation, improving creativeness and developing productivity and performance of various companies. It also reduces the problem of information overload for their employees which is caused by many messages and which results in full inbox. Information overload not only results in causing stress and bad decision making on the contrary it also increases drain of employees (Oldroyd and Morris, 2012). ESN can aim to increase productivity and decrease the overload of information while on the contrary in some cases it can be stressful and time consuming to the employees of various firms (Aral, Brynjolfsson and Van Alstyne, 2012). In some cases, ESN may increase the overload of information as many users perform various activities through new inputs and edits on the provided platform. Conclusion From the above discussion it can be concluded that ESN plays a vital role in improving the efficiency of various organization in some cases while on the contrary in some cases in can overloading of information which ultimately leads to drainage of employee productivity. ESN mainly aims to reduce the information overload for various employees of a company. The impact of different forms of ESN usage and its impact on productivity or information overload has been discussed in the report. Reference Aral, S., Brynjolfsson, E. and Van Alstyne, M., 2012. Information, technology, and information worker productivity.Information Systems Research,23(3-part-2), pp.849-867. Oldroyd, J.B. and Morris, S.S., 2012. Catching falling stars: A human resource response to social capital's detrimental effect of information overload on star employees.Academy of Management Review,37(3), pp.396-418.

Malaysian Economics free essay sample

This paper examines the economic development of the nation of Malaysia in the years after independence in 1957 until the present. (more)

Kindred in 3rd Person essays

Kindred in 3rd Person essays In the novel Kindred by Octavia Butler we see the first hand events of an African American woman from California in the 1970s travel to the antebellum south in the 19th century. This novel then can be called a slave narrative witch is a first hand account of a slaves life. These are done in a first person perspective for the reason that it is the slave who is merely telling their life. Yet what would happen to the power, which is put in this novel if the perspective was change from the one who experienced the events to someone who saw the events unfold? To change from the first person to the third person. This could only have one of two out come one would be that it would only make the novel better by allowing the reader to see all that the author wants them to see the other is that it could make the novel worse by confusing the reader. Both of these outcomes could occur and yet it would also seam that niter could happen and that it would not change the effectiveness of the novel to show the authors point. Yet what is the authors point? It is simple to see that the author is trying to show that people can do things that today are considered morally wrong and evil and yet these people fell that they are doing noting wrong. This is easily show with the first person perspective of Dana by her encounter with her ancestors of Tom and Rufus Weylin. She is treated badly like a slave and yet both of theses men find that they are still good men even though they do what they do to their slaves. This is a third person perspective for Dana witnessed all of the things that were done to these slaves and yet it was also a first person perspective for it was Dana who saw these events and it is her memory. Dana herself also has to endure the horrors of slavery in the time that she spends in the antebellum south. Yet what if all of this was to be in the third person it would have a much different affect on the reader ...

BUSINESS STRATEGY Company case report (written document) Essay

BUSINESS STRATEGY Company case report (written document) - Essay Example It was also the first company to offer the well-known curry chicken in a canned form that was convenient. Currently, the company produces a range of Asian and non-Asian beverages. The Asia drinks come in a range of soy drinks, juice drinks and ready-to-drink teas. Specific brands include soya milk, black soy drinks, Laichi, sugar cane beverage, lemon tea, Winter melon, Chrysanthemum tea, Herbal tea and Green tea. In addition to beverages, the company also produces a vast range of culinary sauces. This include canned curry, condiments, culinary paste, spreads, instant noodles and vermicelli, and canned and jar food. These sauces do not contain preservatives. Yeo’s Malaysia delightful selection of refreshing Asian drinks is cherished in every occasion naturally. The company’s authentic taste is inspired by traditional drinks brewed in Asia and its range of thirst-quenching drinks is a delight to customers in many Asian and non-Asian households. The major markets for the c ompany are Malaysia, Singapore, China, IndoChina, Hong Kong, North Asia, South Asia/Asia Africa, Vietnam, US, Canada, Europe, Australia and New Zealand. Macro environment analysis of the industry using the PEST (Political, Economic, Social and Technology) model. The political environment in Malaysia provides a safe and stable environment for Yeo’s operate in. There are regulations, tariffs and requirements international businesses must conform to operate in Malaysia. Even though the government is liberalizing its tariff regime progressively, products that are in competition with products that are manufactured locally are still highly protected and the company benefits greatly from this. Malaysia is a high export oriented economy and this provides an ideal economic environment for Yeo’s Malaysia to operate in because the company relies both on local and export markets. The country’s economy is well performing and its business regulations, tariffs and requirements are more favorable for local manufacturers. The government also identified food and agribusinesses as the nation’s key opportunities and this has motivated large companies like Yeo’s to develop strong brands and distribution networks. These have led to the accumulation of large economic resources for the company. There are also bilateral trade agreements with between Malaysia and some of its major markets like Australia and this makes business more favorable to the company. The Asian community and the larger Yeo’s market are highly conscious about health and strongly emphasize on safety. In Malaysia specifically, foods and beverages undergo the strict inspection to ensure they comply with the stringiest standards. The company uses no preservatives in its culinary brands and the most minimal in its beverages. Soy products are identified as healthy food. This has favored the operation of the company in Malaysia and ensured company’s products are on the hig hest demand. Yeo’s Malaysia has made and maintained a courageous commitment to technology. The company has undertaken a notable computer development and training as one its major human resource agenda. Analysis of the beverage industry using Porter’s five forces model Porter (1998) identifies five forces that influence an industry. These are supplier power, threat of new entrants, threat of substitutes, rivalry and buyer power. One of the things that present a threat

Examining Insurance Policies Part 3 Essay Example | Topics and Well Written Essays - 500 words

Examining Insurance Policies Part 3 - Essay Example Airport premises liability coverage is an additional coverage to an aircraft liability insurance policy that covers for bodily injury or property damage that results from the use of airport premises for both the parking and storage of the aircraft. This basically implies that the policy coverage will apply only to your premises (Prather 17). This policy will include any if not all of the following coverage; personal injury, premises and operations liability insurance, contractual and premises medical payment insurance. However, the good thing about this policy is that the policy may be tailored to meet the particular requirements of the insured. Hull and liability coverage will mainly cover the aircraft with all its components which include the engine, the propeller and all the other systems and the permanently attached equipment to the aircraft in addition to the avionics (viation Cases 1945). Under the aircraft liability coverage, claims from risks that ay result to property damage and bodily injury or death by members of the public and passengers. Some of the endorsements that I would recommend is the CGL policy coverage which can be provided to premises liability, products and completed operations. Other additional coverage that will be covered against include personal injury liability, liability incurred in advertising the host liquor liability in addition to hanger keepers coverage in the case of FBO operations (Prather 21). This coverage I believe would suit you best as you have other services like the class room instructions while also conducting aerial tours in his aerial photography side job. Some of the exclusions you should look out for include the ground hanger keepers’ legal liability which will come into play especially when you hire out the aircraft. The cover will provide for liability of damage to the property when the damage occurs as a result of negligence when the property is under the control