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P015 - Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7

https://dl.gi.de/handle/20.500.12116/30462
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Auflistung P015 - Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7 nach Erscheinungsdatum

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  • Konferenzbeitrag
    Mobile patient record management through DB2 everyplace
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Mayer, W.; Schommer, C.
    The healthcare industry is becoming more and more distributed; organizations are increasingly relying on mobile links to access patient information and to update their databases at the point of care. New technologies, such as Internet solutions or wireless, are enabling the widely disparate systems used in healthcare to communicate with each other and are reducing the cost of integration. Hospitals can access critical patient information and billing data from anyplace and anytime, including community clinics, patient homes, or at the scene of an emergency. In this article, we will present a mobile hospital solution that is based on DB2 Ev- eryplace. DB2 Everyplace extends the power of database systems to handheld devices for the ever-growing mobile business environment. The article continues with a medical scenario that describes an application for home care nurses. The article closes with a short description of a mobile hospital solution with DB2 Everyplace in a Canadian hospital.
  • Konferenzbeitrag
    A web-based approach to HIS with handhelds
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) König, F.
    We introduce an approach that allows the use of mobile devices as an extension to an already existing HIS providing the full range of functions of the system. GSD has developed an extension to its product IS-H*MED (SAP R/3 based) using mobile devices, WirelessLAN and Web technology, which allows synchronised access to IS-H*MED functions and data likewise. The most important functions provided by the application are synchronised worklists, the presentation of service requests and findings, case histories and patient information as well as bed scheduling. Added features include SMS and access to the clinic Intranet. The substantial advantages of our approach lies in the rapid and simple feasibility to user-specific and practice-orientated solutions for handhelds using established technology like HTML and scripting. Extensions to and adaptation of an existing application are easy to realise by adding and linking further HTML-pages.
  • Konferenzbeitrag
    @HOME: A modular telemedicine system
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Sachpazidis, I.
    In that paper we will describe a system for remotely monitoring of patients at home from the doctors at the hospital. In general, the @Home [AtH02] system can measure, collect, analyze and record health care data at a patient's home and then subsequently send these data to the hospital using the global system for mobile communications (GSM) or PSTN telephone line. The paper is organized as follows: In section 1, a brief introduction of the @home project is exposed. In section 2, the overall architecture of the system is shown. Finally, the paper concludes in section 3, stating the clinical trials and the benefits of the project.
  • Konferenzbeitrag
    Accessing DICOM 2D/3D-image and waveform data on mobile devices
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Kroll, M.; Melzer, K.; Lipinski, H.-G.
    Displaying medical images and waveforms which are stored in the DICOM file format is no longer a task that can be performed on desktop pc's only. This article describes a feasibility study where we have developed a set of applications for viewing and even analysing DICOM image and waveform objects on mobile devices such as mobile phones or PDAs. In order to overcome the shortcomings, especially the computing power, of those devices we use a client/server solution that has been completely implemented using the Java Programming Language on the server and the c lient devices as well.
  • Konferenzbeitrag
    Handheld-based data collection in a highly distributed clinical study (PMS)
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Antwerpes, F.; Weber, R.
    Electronic Data Capturing offers a significantly higher ad-hoc quality of study data at the time of entry, which is specifically important for post-marketing type studies where resources for subsequent data cleaning are limited. Internet-based tools provide a good solution to these scenarios as typically large numbers of centres and/or doctors are involved. But while the deployment of Internet-based (online) studies on existing computer equipment is relatively easy, participants might find it sometimes difficult to integrate the electronic documentation effort into the clinical practice. This might be due to limited availability of Internet access, the location of the computers, security concerns etc. The presented case study shows how the introduction of handheld computers can help to overcome these issues and provide for added flexibility and ease of use. Furthermore, actual data regarding the penetration of mobile devices in the medical community in Germany is discussed to give an outlook of the future potential for mobile studies.
  • Konferenzbeitrag
    m-doc: mobile solution for hospitals
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Darabi, K.
    Access to patient information is critical in modern health care. Desktop computers are no longer the only mean for accessing digitally stored information. Personal Digital Assistants (PDAs) offer clinicians the ability to enter and manage critical information at the point of care. However, this information is only of value, if it can be merged with other clinical and administrative information in the hospital. We have developed a client/server architecture for clinical documentation which uses PDAs and a server to communicate bidirectionally with hospital information systems. Secure data transmission over a wireless network (Bluetooth or wireless LAN) provides immediate delivery of new or modifed information. Centralised update of shared information improves the clinical work ow while reducing the administration overhead of such a distributed system.
  • Konferenzbeitrag
    Mobile documentation with integrated PDAs – a real world example
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Arnscheidt, K.; Brüchert, L.; Puhl, H.; Walter, M.
    Different solutions have been proposed by both manufacturers and institutions to tackle the ever-growing problem of documentation in the hospital. With the arrival of mobile technology new solutions are developed to support medical staff in their daily work. meditrace is a PDA-based, integrated system, permitting to document medical findings at the patient's bedside. The first pilot installation is running since 2002 in a ward for internal medicine of a German hospital. We first present an overview regarding the documentation issue and the meditrace product itself. Then we report about the pilot installation. We give details about integration, expectations, problems and success followed by a short outlook concerning possible future development.
  • Konferenzbeitrag
    Patient empowerment and visualisation on mobile devices
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Enzenhofer, M.; Komm, N.; Pauli, T.; Tran-Huu, M.-H.; Bludau, H.-B.
    Improved potentiality using multimedia components (audio, video, threedimensional pictures and interactive tools) as well as the growing desire of patients to receive more information leads to a widespread introduction of patient information systems. In co-operation with the "Wissenschaftliches Institut der Praxisärzte", Heidelberg we developed a tool to explain medical facts with twoand three dimensional pictures. In contrast to common web based information systems the tool is used by the physician itself to explain the medical content. The investigation will be carried out on a group of 50 patients from 2 different wards. Participants need a Karnofsky-Index of 70 points minimum. In a randomly process patient will be allocated to either a group which receive standardised information supported by the picture material or just a standardised consent talk. Detailed information is given about the indication, the probable complications and the details of the forthcoming procedures (coronary catheters or endoscopic procedures). The procedure takes place one day after the conversation between the physician and the patient. We conduct a prospective, randomised investigation using a tool called "Dr. Topf's Patienteninformationssystem" which has been designed to supplement the clarification of facts. A sample of 5 pictures maximum is presented on a sub-notebook. The computerised animation is limited to 5 minutes. Participants of the control group are informed with support of the common informative pamphlet only. An analysis of the time required is being performed. Short after the conversation between physician and patient, the patient is asked to personally assess the quality of the consent talk. 3 days later we check the evidence of the visualised approach using a formalised questionnaire (standard of knowledge). 10 multiple-choice questions, been taken from students assessment questionnaire and adapted to patient knowledge level, apply to the contents of the happened conversation.
  • Konferenzbeitrag
    Design, deployment and evaluation of a clinical information system which uses mobile computers and workstations
    (Mobile Computing in Medicine, Second Conference on Mobile Computing in Medicine, Workshop of the Project Group MoCoMed, GMDS-Fachbereich Medizinische Informatik & GI-Fachausschuss 4.7, 2002) Urban, M.; Kunath, M.
    Modern computer technologies, such as telemedicine, have been successfully introduced in medical practice. However, whereas in an office-like environment, an integration of computers is uncomplicated, it is quite difficult to accommodate computers in an environment, where medical staff working at the point of care needs to be highly mobile. In this environment, computers need to be highly mobile, too, and have to operate in many different situation. In this paper we study a prototype of a clinical information system (CIS). We focus on the support of mobility in a CIS in order to bolster cooperation and communication between medical personnel. We examine possible mobile computer technologies for a CIS and we develop a taxonomy of graphical elements for input of medical data (we use these elements in the prototype CIS). The use of this prototype was carried out under the conditions of a field study on a real hospital ward. The results of the field study and the evaluation are presented.
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