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At least 217 records · Page 12Linked to original sources
PubMed1992

Network information security in a phase III Integrated Academic Information Management System (IAIMS).

The developing Integrated Academic Information System (IAIMS) at Columbia-Presbyterian Medical Center provides data sharing links between two separate corporate entities, namely Columbia University Medical School and The Presbyterian Hospital, using a network-based architecture. Multiple database servers with heterogeneous user authentication protocols are linked to this network. "One-stop information shopping" implies one log-on procedure per session, not separate log-on and log-off procedures for each server or application used during a session. These circumstances provide challenges at the policy and technical levels to data security at the network level and insuring smooth information access for end users of these network-based services. Five activities being conducted as part of our security project are described: (1) policy development; (2) an authentication server for the network; (3) Kerberos as a tool for providing mutual authentication, encryption, and time stamping of authentication messages; (4) a prototype interface using Kerberos services to authenticate users accessing a network database server; and (5) a Kerberized electronic signature.

Computer Communication Networks↗
PubMed1992

ACOGQUEST: the model phase of the IAIMS project of the American College of Obstetricians and Gynecologists.

In 1990, the American College of Obstetricians and Gynecologists (ACOG) became the first national organization to receive a model phase Integrated Academic Information Management System (IAIMS) grant from the National Library of Medicine. The goal of the ACOG model phase project is to develop and test a prototype for an integrated system that will meet the needs of ACOG and NAACOG members in patient care, research, education, and administrative information. The model phase goal will be accomplished primarily through ACOGQUEST, an integrated approach to providing accurate, current, quality-filtered information to ACOG and NAACOG members in a variety of formats. Another method of information dissemination now being tested is a heuristic-based patient management database, which will include a concise, interactive display of ACOG-reviewed information that can be incorporated into patient records.

Computer Communication Networks↗
PubMed1992

A fast track to IAIMS: the Vanderbilt University strategy.

In July 1991, Vanderbilt University Medical Center (VUMC) initiated a fast track approach to the implementation of an Integrated Academic Information Management System (IAIMS). The fast track approach has four elements: 1) an integrated organizational structure combining various operational information management units and the academic informatics program into a single entity to enhance efficiency; 2) technology transfer and network access to remote resources in preference to de novo development; 3) parallel IAIMS planning and infrastructure construction; 4) restriction of the scope of the initial IAIMS to permit a manageable implementation project. The fast track approach is intended to provide a truly functional IAIMS within a time period (7 years) associated with other major construction projects such as the building of a replacement hospital.

Integrated Advanced Information Management Systems↗
PubMed2003

eGrants: University of Cincinnati's Digital grants preparation, workflow routing, and submission system.

Overabundance of largely unorganized and unfiltered information is the greatest information problem facing the faculty, staff, and students of the University of Cincinnati (UC). The goal of UC's IAIMS operations grant is to provide individuals with information that is organized, filtered, context -appropriate, and presented in personalized formats. This presentation will focus on one module, eGrants, of UC's IAIMS research administration system,which will fully digitize the pre-award, post-award, and compliance phases of the grant lifecycle . eGrants will streamline and reduce errors in the grant preparation, routing, and submittal process thus raising the overall quality of and consistency of grant submittals and greatly reducing the time and the cost of grant preparation.

Computers↗
PubMed1993

Clinical, scholarly & campus information hypertext tools at Columbia-Presbyterian Medical Center.

In conjunction with other researchers at Columbia-Presbyterian Medical Center (CPMC) we have developed a number of hypertext and free text retrieval computer applications aimed at an extremely diverse audience which includes students and faculty in a university setting as well as health care providers and patients in hospital and clinic settings. Hypertext and free text systems offer features which make them ideal for presenting information in a wide variety of contexts; however, they also have several major weaknesses which must be addressed before these applications can be useful tools. We have learned to maximize the strengths and minimize the weaknesses to present material in a manner that is individualized to the needs of each user from the research scientist in the lab to the patient at the bedside.

Academic Medical Centers↗
PubMed1999

[Economic effects of integrated RIS-PACS solution in the university environment].

PROBLEM: The goal of the current article is to demonstrate how qualitative and monetary effects resulting from an integrated RIS/PACS installation can be evaluated. METHODS: First of all, the system concept of a RIS/PACS solution for a university hospital is defined and described. Based on this example, a generic method for the evaluation of qualitative and monetary effects as well as associated risks is depicted and demonstrated. To this end, qualitative analyses, investment calculations and risk analysis are employed. RESULTS: The sample analysis of a RIS/PACS solution specially designed for a university hospital demonstrates positive qualitative and monetary effects of the system. Under ideal conditions the payoff time of the investments is reached after 4 years of an assumed 8 years effective life of the system. Furthermore, under conservative assumptions, the risk analysis shows a probability of 0% for realising a negative net present value at the end of the payoff time period. CONCLUSION: It should be pointed out that the positive result of this sample analysis will not necessarily apply to other clinics or hospitals. However, the same methods may be used for the individual evaluation of the qualitative and monetary effects of a RIS/PACS installation in any clinic.

Cost-Benefit Analysis↗
PubMed1999

[Definition and specification requirements for PAC-systems (picture archiving and communication system). A performance index with reference to the standard "IEEE Recommended Practice for Software Requirement Specifications"].

PROBLEM: The formulation of requirements is necessary to control the goals of a PACS project. Furthermore, in this way, the scope of functionality necessary to support radiological working processes becomes clear. METHOD: Definitions of requirements and specification are formulated independently of systems according to the IEEE standard "Recommended Practice for Software Requirements Specifications". Definitions are given in the Request for Information, specifications in the Request for Proposal. Functional and non-functional requirements are distinguished. The solutions are rated with respect to scope, appropriateness and quality of implementation. RESULTS: A PACS checklist was created according to the methods described above. It is published on the homepage of the "Arbeitsgemeinschaft Informationstechnologie" (AGIT) within the "Deutsche Röntgengesellschaft" (DRG) (http://www.uni-marburg.de/mzr/agit). CONCLUSION: The checklist provides a discussion forum which should contribute to an agreement on accepted basic PACS functionalities.

Humans↗
PubMed1991

An initial assessment of the cost and utilization of the Integrated Academic Information System (IAIMS) at Columbia Presbyterian Medical Center.

The concept of "one stop information shopping" is becoming a reality at Columbia Presbyterian Medical Center (CPMC). The goal of our effort is to provide access to university and hospital administrative systems as well as clinical and library applications from a single workstation, which also provides utility functions such as word processing and mail. Since June 1987, CPMC has invested the equivalent of $23 million dollars to install a digital communications network that encompasses 18 buildings at seven geographically separate sites and to develop clinical and library applications that are integrated with the existing hospital and university administrative and research computing facilities. During June 1991, 2425 different individuals used the clinical information system, 425 different individuals used the library applications, and 900 different individuals used the hospital administrative applications via network access. If we were to freeze the system in its current state, amortize the development and network installation costs, and add projected maintenance costs for the clinical and library applications, our integrated information system would cost $2.8 million on an annual basis. This cost is 0.3% of the medical center's annual budget. These expenditures could be justified by very small improvements in time savings for personnel and/or decreased length of hospital stay and/or more efficient use of resources. In addition to the direct benefits which we detail, a major benefit is the ease with which additional computer-based applications can be added incrementally at an extremely modest cost.

Academic Medical Centers↗
PubMed2000

Role-based access to patients clinical data: the InterCare approach in the region of Crete.

The basics of a particular Integrated Electronic Health Record (I-EHR) implementation are presented, as realised by the Patient Clinical Data Directory (PCDD) system. PCDD operates within the context of HYGEIAnet, the Integrated Healthcare Telematics Network of Crete. PCDD is based on a federation of autonomous information systems and provides to its authorized users alternative views of the health record as well as access and retrieval services to its geographically distributed segments. The data model of the PCDD is based on the Subjective Objective Assessment Plan (SOAP) model that originates from the primary healthcare domain. Access to detailed information on particular patients healthcare encounters is delivered via role-based authorization privileges and controls. The administration of the national healthcare organizations' business rules, for different user-groups, is made via a specially tailored and developed rule-editor.

Computer Security↗
PubMed2000

An XML-Java system for HL7-based healthcare informatics.

Health-Level (HL) 7 message semantics allows effective functional implementation of Electronic Medical Record (EMR)--encompassing both clinical and administrative (i.e. demographic and financial) information--interchange systems, at the expense of complexity with respect the Protocol Data Unit (PDU) structure and the client-side application architecture. In this paper we feature the usage of the Extensible Markup Language (XML) document-object modelling and Java client-server connectivity towards the implementation of a Web-based system for EMR transaction processing. Our solution features an XML-based description of EMR templates, which are subsequently transcribed into a Hypertext Markup Language (HTML)-Javascript form. This allows client-side user interfaceability and server-side functionality--i.e. message validation, authentication and database connectivity--to be handled through standard Web client-server mechanisms, the primary assumption being availability of a browser capable of XML documents and the associated stylesheets. We assume usage of the Internet as the interchange medium, hence the necessity for authentication and data privacy mechanisms, both of which can be constructed using standard Java-based building blocks.

Computer Communication Networks↗
PubMed1998

Overcoming the barriers: national to European to G7.

An information revolution is underway which will have an impact on all sectors of society. It will fundamentally change national and international health systems. The global Internet is a key influence and will change the balance of power within and between healthcare professions, and between them and the general public. This revolution offers enormous potential benefits to global health but there is also potential for harm. There are a wide range of barriers to realising the potential benefits. They lie in areas such as the protection of personal information; ownership and legal accountability; data meanings: structures and database navigation; deficiencies in the global Internet and lack of access by many communities. This paper considers the nature of those barriers. In 1994, the Group of Seven Nations launched an initiative to stimulate a global information society. Theme 8 deals with healthcare and therein Sub-project 5 'Enabling Mechanisms', which the author leads, is seeking to identify barriers and the authoritative international sources of advise and good practice. It is conducting an international survey, the results of which should be published by the end of 1997. This paper describes the aims of this Sub-project.

Computer Communication Networks↗
PubMed1994

Health care data standards are required for medically effective use of workstations.

Uniform, accurate, and longitudinal patient care data is needed for greater quality and efficiency in institutional and ambulatory care. Further, the knowledge to be gained from medical effectiveness research methods, applied to large quantities of such clinical data about the practice of medicine in the community, is immense. National standards for the coding, content, and electronic transfer of patient care data are needed to achieve uniformity and accuracy. These standards are slow in developing because no single private organization can capture sufficient benefit. Yet, the general public can benefit substantially. Consequently, there may be a role for the Federal Government to work with the private sector to accelerate needed health care data standards. This paper suggests activities that help to define this role.

Computer Communication Networks↗
PubMed1999

Can cardiovascular clinical characteristics be identified and outcome models be developed from an in-patient claims database?

The objective of this study was to assess whether administrative (claims) databases can be used to assess clinical variables and predict outcome. Although administrative databases are useful for assessing resource utilization, their utility for assessing clinical information is less certain. Prospectively gathered clinical databases, however, are expensive and not widely available. The UB92 formulation of the hospital bill was used as an administrative source of data and compared with the clinical cardiovascular database at Emory University. The claims database was compared with the clinical database for 11 variables. Outcome models were developed with multivariate methods. A total of 11,883 patients who underwent catheterization (5,255 underwent percutaneous transluminal coronary angioplasty [PTCA] and 3,794 underwent coronary artery bypass surgery [CABG]) between 1991 and 1995 were included. For some variables, the claims database correlated well (diabetes, sensitivity 87%, specificity 99%), whereas for others the claims database was less accurate (peripheral vascular disease, sensitivity 20%, specificity 99%). Uncertain coding in the claims database, which can result in the same code being used for co-morbid states and severity of disease, as well as complications, limited the ability of claims to predict outcome. Clinical databases may also be limited by lack of objectivity and missing data. The utility of claims databases to assess severity of disease and co-morbid states is limited, and outcome modeling and risk assessment from claims databases may be inappropriate and spurious. Developing better data standards and less expensive methods for acquisition of clinical data is necessary for improved outcome assessment.

Cardiovascular Diseases↗
PubMed1998

Standardization in health informatics in Canada.

Around the world, informatics has been cited as a key enabler of health sector reform. Recent reform programs in Canada, reflecting this global consensus, have emphasized the importance of quality information and information technology in meeting their goals. Standards are an important building block for achieving the required comprehensive and integrated health information infrastructure. This paper describes the current status of, and future plans for, health informatics and related standards in Canada.

Canada↗
PubMed1998

Towards developing a national health information standards framework for South Africa.

An outline is given of the development of a health information standards framework for South Africa. The main emphasis has been in the development of data standards including coding schemes. Choices for diagnostic, procedure, and reason for encounter codes are given as well as options for personal identifiers, telemedicine, and pharmaceutical codes and messaging standards.

Computer Communication Networks↗
PubMed1998

How to create awareness and ensure broad dissemination of health informatics standards.

There is a range of organisations with responsibility for information standards development within Australia. These include Standards Australia, which is formally linked to the International Organisation for Standards (ISO), the National Health Information Management Group, which deals with the government sector and several statutory organisations such as the Australian Institute of Health and Welfare and the National Centre for Classification in Health. The different constituencies involved with each of these organisations, the scope of healthcare informatics and the rate of organisational and technological change in the industry present a significant challenge in ensuring that the standard setting process is highly visible, responsive and capable of demonstrating its value through effective implementation. Creating awareness and ensuring broad dissemination of healthcare informatics standards is a key component in meeting this challenge. This can operate at a number of levels from strategic to operational. At the strategic level, it requires active engagement and commitment of the key decision-makers, both political and professional. This may require directly lobbying and promoting the benefits of standardisation to those decision-makers but can be achieved even more effectively by creating industry awareness and demand through carefully targeted presentations on the impact of standards to broader health industry forums. At the tactical level, the standards development medium itself can be used to engage and gain commitment from government, professionals, vendors and the health industry by operating as an inclusive, open and effective process. At the operational level, there is the opportunity for much more efficient use of technology to create awareness of both these processes and their outcomes. The establishment in Australia of a web enabled National Health Information Knowledge base built around ISO standards is one example of the type of development which will assist in the acceleration of awareness of standards and standardisation, which is needed to cope with the increasing demand.

Australia↗