Pc Research Paper

The advancement in technology has rapidly transformed the world today, and the increase in the number of web-enabled devices has completely changed peoples ' lives especially the way they communicate. Electronic Health Record system, which is a digital copy of a patient’s medical history is one of the revolutionary ideas that have come with this advancement. Electronic Health Records (EHRs) are instantaneously updating records that are patient-centered designed with the aim of providing real-time information to the authorized users (Cohen, 2010). It contains all the patient’s information that is in the hand of the medical providers including their medical history, treatment dates and types, immunizations conducted to the patient and their dates, radiology images and all the laboratory results from the tests conducted in the past. All this information is held in a digital format and can only be updated by authorized users who are stationed in the medical facilities. Electronic records are designed to make it easy for different health providers and organizations to share patients’ information which streamlines their operations since all the necessary information and history can be accessed from any location at any time.

Ultimately, the software, equipment and cloud solutions the companies and vendors provide will have to demonstrate a high quality of security and reliability. Patients’ private medical data as well as their lives are at risk in this new arena of technology.

1. Description of the service-summary In an attempt to provide end users with a well maintained network storage that would be easily accessible from any location while maintaining a secured connection. To provide an environment to minimize the use and maintenance of local servers, server space, connectivity, and redundancy.

Cerner offers Skybox storage for the storage of patient information. It has an unlimited storage capacity and the data is uploaded once and then available in the Cloud at anytime and location. Data is located at the hospital site and at Cerner data center locations. This allows for file replication in the event of data loss or corruption. Military grade encryption is utilized with continuous intrusion monitoring (Cerner, 2015). Security standards are also built into the system to meet HIPAA standard. HIPAA training must be completed by each new employee and a signature must be obtain that the employee will follow HIPAA guidelines. Access to patient information is only given if it is pertains to their hired position. The hospital must develop HIPAA policies that are updated annually. User specific logins and passwords are utilized to sign into the system and they need to be changed at set

Blazona, B., & Koncar, M. (2007). HL7 and DICOM based integration of radiology departments with healthcare enterprise information systems. International Journal Of Medical Informatics, 76(Supplement 3), S425-S432. doi:10.1016/j.i

Medical treatments require a great deal of paperwork. Before patients are allowed to go through treatments, a clinic must process their insurances, medical records, and surgery details. As a result, a lot of private information is gathered within the hospitals. With so much private information, it is essential for healthcare facilities to efficiently organize their paperwork. An unorganized recording system can prove disastrous to a hospital. Leaving patients’ paperwork publicly unattended and misplacing a file are both considered negligent. Misplacing patients’ information can potentially lead to information theft and invasion of privacy. An efficient way of storing information can be valuable in preventing HIPAA

The current system incorporates the storage of large amounts of information on localized share drives and then the information is sent over email to individuals requesting it. This process is slow and allows for multiple, sometimes outdated, copies of manuals and procedural documents to be used by training and operational units. This is a cumbersome process, which can be streamlined by having a cloud technology.

In today's world, data and access to that data are vital. The speed and growth of technology have increased the uses and development of data centers all over the world. Medical data is one such type of data that is pushing the growth of these kinds of facilities. As increasingly organizations that provided medical care move into the uses of digital medical records, the need for medical data centers increases. In fact, some predicted that over the next five years, this need would increase significantly (Jones, 2012). This paper is about building a physical security data center for medical data collected and used by a United States Agency.

Prior to the Information Age, medical records were all stored in folders in secure filing cabinets at doctor’s offices, hospitals, or health departments. The information within the folders was confidential, and shared solely amongst the patient and physician. Today these files are fragmented across multiple treatment sites due to the branching out of specialty centers such as urgent care centers, magnetic resonance imaging, outpatient surgical centers, and other diagnostic centers. Today’s ability to store medical records electronically has made it possible to easily send these files from one location to another. However, the same technology which can unify the fragmented pieces of a patient’s medical record has the ability to also create

Electronic Medical Records (EMR) is a computerized database that stores all of the personal and medical information of the patient’s care and billing information by the health care providers. Today, only the providers and medical practices can implement these systems. Also there are neither known national central storage systems nor regional sharing of information between the networks on a regional level or the national level. This is something that needs to be changed because it is important to be able to see this information globally. This

For a medium-sized urban hospital with 160 beds and 1,500 associates to be able to gain the trust and confidence of patients and compete with mega-hospitals in the healthcare industry, the management of the hospital would have to explore new technologies that would enhance the quality of services and patient care rendered to customers. Further, to ensure that all the departments in the hospitals such as ICUs, mother & baby, emergency services, radiology, oncology, surgery, and operating room (OR) would have to function efficiently and improve the patient experience. New EMR application would improve the security of patient’s information and ensure timely retrieval of medical records such that the quality of diagnosis would be enhanced significantly. As the IT director, it is my responsibility to make sure that the hospital system has a robust IT network that would enable efficient information flow within

With the radiology case, the authors used real patient data collected over the past 15 years to show that real savings could be made if patients were able to show their PHR history to every specialist, as record shows duplication in scan exams. The authors were certain that this indicates that there is no data integration between different health institutions. In the second use case they refer to the importance of PHR data privacy, and how this data, if revealed to organizations like employers or banks could compromise relationships with these institutions. The authors establish that the cloud setup would meet all requirements extracted from those two use cases: particularly a patient’s ability to share PHR with any medical institution from any physical location and at any time, and also patients providing and assigning access to relevant health institution whilst ensuring that data will not be used inappropriately. Based on those requirements, the authors argue that current PHR systems only meet part of the requirements but not the whole set of them produced from real 2 case studies

A picture archiving and communication system (PACS) is a computerized medical technology that replaces the roles of conventional radiological film to digital form. PACS is used in a different department in the hospital, such as radiology, cardiology, and intensive care unit. PACS can be used for storing, sending, retrieving images and information from different places at different time. PACS is also important in the present for cardiologist who perform procedure using images

Cloud computing is a topic of which much is assumed. The average person recognizes the term “cloud computing” as having to do with their storage from their iPad or iPhone on the online storage area which syncs their Apple devices to their computer. This common cloud is called the iCloud. That is where common knowledge ends about this topic. However, upon further exploration, a deeper understanding is gained with greater explanation, and it is realized that cloud computing is something that is used all of the time on many levels of everyday technology. While the terminology remains cryptic to the mind of most people, the concepts behind the practical uses of cloud computing become quite clear. It is relatable and understandable. Upon this revelation, the iCloud is recognized as the tip of the preverbal iceberg when speaking about cloud computing. It is important to discuss and further understand the many types of cloud computing as well as the various applications to life through technology. This affects how information is stored online, computers are protected, information is secured, emails are processed, and many other factors that are taken for granted in the world of technology. Cloud computing is a general term used to describe how information is stored, utilized, and accessed over the internet. There is no cloud, but the word cloud gives the connotation of an abstract place which is known to exist but is too vast to touch or contain (Griffith,

The National Institute of Standards and Technology describes cloud storage as a model for enabling ubiquitous, on-demand network access to a shared configurable computing resources that can be swiftly accessed and released with minimal effort or service provider collaboration. It is comprised of a collection of hardware and software that allows the infrastructure of the cloud to work in a seamless, unified effort. Depending on the classification of information and the service provider the remote servers can be located within the same facility. The stored data is