the social impact of computers in our society Computer Conceps and Appontions CI
ID: 3918849 • Letter: T
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the social impact of computers in our society
Computer Conceps and Appontions CISN PROJECT Due date week 8 THE SOCIAL IMPACT OF COMPUTERS IN OUR SOCIETY Using library resources Format: Length . Spacing 5-7 pages, excluding illustrations and bibliography Font Size . Font Styles double-spaced for normal text 12 point Times New Roman or Courier welcome if of good quality estrations Must include Page 1-Cover sheet College name Course title Project name Student Name and group number . Date Page 2 - Introduction What is a computer and why it is essential to learn about computers today? Page 3-5- Main Part You can choose any topic related to our subject. For example: HEALTH CARE TECHNOLOGY (What is a health care technology, it is investments in the hospitals and private offices. Describe ways of improving patients safety, increasing surgical capacity, provide computerized anesthesia utilizing information technology) BUSINESS INFORMATION TECHNOLOGY (Focuses on the bridges between business and information technology. 1 industry.) NETWORK (What are the reasons to network. Describe the topologies used in a Networlk Describe different types of network.) NTERNET IN OUR LIFE (What is an Internet. Why do users access the Internet? How do sers connect to the Internet?) Criminal Justice >Crime, Vandalism, sex abuse, child abused, law & order, forensic, etc. Page 6- Conclusion-The benefits of computer-oriented society age 7- Bibliography List of all resources that you use (Title, author, publisher)Explanation / Answer
INTRODUCTION:
In this technological world computers have made it's footprints in every field. Without the computer no technolgies could be arrived. with the evolvement of computers we are able to communicate at a faster rate. we purchase some stuffs with the help of the internet and on-line marketing. so many industries needs computer to operate their machines as well as store and retrieve data. So many equipments are calibrated with the help of the computers. Now-a-days storage of large amount of data could be possible with the help of big data technologies. At this present scenario, machine learning seems to be trending that makes the machine to learn by itself. In this projecy we're going to deal with the impacts of computer in several fields.
HEALTH CARE TECHNOLOGY:
Motivated by the quality of life and less expensive healthcare systems, a change in existing healthcare system should be focused to a home centred setting including dealing with illness to preserving wellness. Innovative user-centred preventive healthcare model can be regarded as a promising solution for this transformation. It doesn’t substitute traditional healthcare, but rather directed towards this technology.
The technology used in the pervasive healthcare could be considered from two aspects: i) as pervasive computing tools for healthcare, and ii) as enabling it anywhere, anytime and to anyone. It has progressed on biomedical engineering (BE), medical informatics (MI), and pervasive computing. Biomedical engineering is the integration of both engineering and medical science that helps in the improvement of the equipments used in the hospitals. Medical informatics comprises of huge amount of medical resources to enhance storage, retrieval, and employ these resources in healthcare. The advancement has been done to monitor the health of the patients and provide the details to the caretakers, who are near by the remote areas. This could be done in a real-time with the help of the internet access. Due to the condition of monitoring the patient at a real-time, the caretaker can provide the suggestions regarding their essential signs of their body situation through a video conference. Most of the technologies enhances current health delivery model but pervasive healthcare regards a healthcare delivery model as "from doctor-based to patient-centric, from important reaction to constant prevention, from sampling to monitoring". Commonly, a pervasive healthcare plays a major role in in-home healthcare service that gives a belief to every patient who is suffering from constant illness by monitoring those patients at regular basis. This could reduce the cost of travelling and also promotes the livelihood of those people. The targeted achievement of this healthcare system makes the researchers and scientist to get motivated that leads in the innovation of new software and technologies. To design intelligent software for this healthcare, three main domains are taken in progress: 1) Analysis of daily living activity 2) context-aware Reasoning 3) remote monitoring. Since the main focus is to provide the real-time data, then several progresses have to be made into consideration such as varied contextual information, real-time intelligent analysis of time critical data and the delivery of those data from the service. Hence, with in a home environment the experts could generate the case studies regarding the activity production and abnormality detection. Two main activities are involved in the pervasive healthcare that focuses on the remote monitoring regarding the condition of the patients and the generation of information from the patients with the help of the wireless sensor networks (WSN).
MAINTENANCE AT INDUSTRIES:
In this modern era new technologies, innovation and developments are increasing day by day that leads to the evolvement of mass production of voluminous data. This huge volume of data seems to be more informative, which leads to the production and enhancement of the manufacturing process in various industries. The purpose of prediction is really necessary in every field since it could help us to stop the cause of occurring the error before any vulnerable activities could happen. This could save the asset of a production industry.
Predictive maintenance deals with the condition monitoring or condition based maintenance. Condition based monitoring deals with the analysis of the machine or anything without interrupting its regular work. Moreover monitoring the condition of equipment is like decision making strategy, which could avoid any types of faults or failures that happens at the near future to that equipment and its components. This is similar to the Prognostic and Health Monitoring (PHM) that is mentioned above. Prognostic is nothing but analyzing the upcoming situation that could occur for the patient. Similarly for the machines it could be stated as Remaining Useful Life (RUL). The latest advancement of computerized control, information techniques and communication networks have made potential accumulating mass amount of operation and process’s conditions data to be harvested in making an automated Fault Detection and Diagnosis (FDD), and increasing more resourceful approaches for intelligent defensive maintenance behavior, also termed as predictive maintenance.
According to the estimation about 20 to 30 percent of the periodically monitored equipments for predictive maintenance have been affected from its production and quality that has to be examined regularly. In fact monitoring the equipments in a weekly or monthly manner does not prove to be enough for detecting certain abnormalities in the machines. If we change the equipments from periodical to continuous monitoring then it could lead to lower the cost of expenditure for the machines considerably. This could save the expenditure from on-line monitoring systems on PC and accelerometer.
CONCLUSION:
we have discussed regarding the benefits of computer in certain fields. But certain drawbacks arises that makes the computer to be used carefully. The major threat happens is the security issues. Sometimes security threat happens in certain system where the stored data could be stolen. To avoid this situation private data should be necessarily stored in the cloud storage. Cloud storage works on a network that keeps the data secured and stores for a long time.
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