The Pros And Cons Of Cross-Platform Development

There are different ways and methods to implement interoperability. Almost every organization creates its own interoperability models and methods. The three methods or models of interoperability are discussed below that are suggested and implemented by the organization under discussion to process integration. The three breakdown areas and methods of interoperability are outlined below:

The new system of communication will be a solution to the interoperabity of the health Information system (HIS). The semantic interoperability of the device will help to exchange meaningful messages between the recipients, which will facilitate a common recipient model among the health care providers. The device also comprises of a organization interoperability, which helps the integration

Cashman, G. B., Rosenblatt, H. J., & Shelly, G. B. (2013). Systems Analysis and Design (10th ed.). Boston, MA: Thomson - Course Technology.

Interoperability is an organization describe as the ability of different information technology systems and software application to be able to communicate, exchange many types of data, and use that information that has been exchanged. Dick schoech explain his point of the article to have future social worker understand the changes that are being made with service delivery. He goes on to explain that since the main focus of his paper is on the impact of global data interchange. The difficult technical issues surrounding user authentication, security, and privacy as well ( interoperability," 2010). Interoperability is one of the most critical concept facing the adoption and implantation of enhancing electronic information technologies into the health and human services as well. The article explains that historically, the real power of technological innovation is always due to link, through railroad, telephones, and electronic

Interoperability plays a very vital role in the event of a terrorist attack or a natural disaster. To gain a better understanding, one must understand what interoperability is. Interoperability is described as the ability to convey information from one agency to the next as efficiently and effectively as possible. This information is then used to ensure emergency personnel respond to an incident as adequately as possible ( Walsh, Christen Jr., Lord, & Miller, 2010, p. 124).

Shared Resources amongst Different Platforms: Applications used for client/server model is built regardless of the

The second model of interoperability is the Network Model. With this model central guidelines and standards have been instituted for organizations to become part of the global infrastructure. The network model of interoperability is to develop a plan based on the clients’ needs and wants. This technology would analyze the client’s problems and preferences and find appropriate service options. This model could screen clients based on matching their needs and the expertise of a worker, by the number of available services provided by the agency, or client expectations. Interoperability technology has the potential to improve service delivery to the infrastructures connected

Interoperability can be linked to early civilization times when people would network, exchange goods and travel by long distances. There are two definitions that explain the functioning of interoperability. The first is having the ability of two or more systems to exchange information and the ability of those systems to use the information that has been exchanged (Fridsma, 2013). Interoperability has three core fundamentals: Foundational, structural, and semantic.

Interoperability is the way data is able to be exchanged between systems and devices, and is able to be interpreted and understood by a user. This is important to us because this means that our office is able to communicate safely and effectively to other organizations pertaining to the delivery of health care for individuals.

The six levels of interoperability are listed based on the conceptual interoperability model. Level 0 is described as standalone system where there is absence of interoperability. Level 1 is described as technical interoperability wherein there is existence of a communication infrastructure for interchange of bits and bytes of information. Level 2 is syntactic interoperability in which there is application of a common data format for interchange of information but interpretation of meaning of data is not provided. Level 3 is semantic interoperability which includes the exchange of meaning of data. Level 4 is pragmatic interoperability wherein the interoperating systems are acquainted with the employed procedures. Level 5 is dynamic interoperability which is the ability to understand the changes in assumptions and constraints made by each other with increasing time. Level 6 is conceptual interoperability which includes documentation on the basis of engineering methods and assessment and interpretation by engineers.

Interoperability is the ability of various systems and organizations to work together to exchange information. When healthcare information systems can work together, the care of the patient becomes easier and more effective. For example; when a nurse on the medical-surgical unit of the hospital is receiving a new patient from the emergency department they receive report from the emergency department nurse regarding the patient and the

There are several different methods to implement interoperability. Many organizations have created their own interoperability methods. One of the methods of interoperability is technical interoperability, which is the ability for different technologies to communicate and exchange data-based upon well-defined interface standards. The second is semantic interoperability, which is the ability to

Foundational interoperability is the sending and receiving of information so it is useful and does not need interpretation (Sewell, 2016, p. 215). It also allows information to send and receive from the different system. Providers would be able to send and receive information about a patient for continued care and safety. On the other hand, Structural interoperability aim is to bring all information together. This system uses structure and uniform format to exchange messages. “Sematic interoperability is a web of data designed to be primarily used by computers in response to the semantic discovery of the data originated by humans” (Pourabdollah, & Brailsford, 2015). Semantic does not only send and receive information but it uses the highest level of interpretation and actions on messages by the two computers without any human intervention. It also allows authorized personnel to

The trends for usability, interaction, and visualization consider interoperability. Scholars showed that the European Commission (EC) are promoting networked enterprise information system interoperability (Agostinho et al., 2015, p. 5). They are complementing research in the U.S. and Asia to become “breeding environments towards novel knowledge-based approaches that could improve a future model-driven sustainable interoperability” (Agostinho et al., 2015, p. 5). This shows the international concern for having infrastructures and standards that can interact across physical borders. The future indicates increasing sharing of knowledge and resources, in order to come up with standards and systems that

2. The system should be able to interface and interchange with the current systems. It is very important to check the compatibility of the software with other systems in the market in case you decide to purchase other systems on the market in the future.