Dienstleistungen (allgemein)

Mobile Patient Monitoring - applications and value propositions for personal health

Description: 

During the last fours years a consortium of universities, hospitals and commercial companies has been working together for the development of innovative systems and services for mobile health care. Two major projects were financed by the European Union allowing the development of a complete mobile healthcare system and its validation with extensive medical trials. MobiHealth and HealthService24 have developed a generic Body Area Network (BAN) for healthcare and an m-health service platform. Biosignals measured by sensors connected to the BAN are transmitted to a remote healthcare location over public wireless networks (GPRS/UMTS), where doctors can monitor, diagnose and provide advice to patients in real time. The developed system is in the last phases of the pre-commercial validation and a commercial product is expected to be available in 2006.

Smartphone Based Ambulatory Assessment of Health Risks: Literature Review

MobiHealth - innovative 2.5 / 3G mobile services and applications for healthcare

Description: 

MobiHealth aims at introducing new mobile valueadded services in the area of healthcare, based on 2.5 (GPRS) and 3G (UMTS) technologies, thus promoting the use and deployment of GPRS and UMTS. This will be achieved by the integration of sensors and actuators to a Wireless Body Area Network (BAN). These sensors and actuators will continuously measure and transmit vital constants along with audio and video to health service providers and brokers, improving on one side the life of patients and allowing on the other side the introduction of new value-added services in the areas of disease prevention and diagnostic, remote assistance, para-health services, physical state monitoring (sports) and even clinical research. Furthermore, the MobiHealth BAN system will support the fast and reliable application of remote assistance in case of accidents by allowing the paramedics to send reliable vital constants data as well as audio and video directly from the accident site.

Minitrack Introduction: Trading of Intangible Goods (STTIG)

Theme IV: Business Related Issues Trading of Intangible Goods

Description: 

During the last few years, the amount of information and services available and used in electronic form has increased almost exponentially. These types of digital information and services constitute a new general class of goods, which we call Intangible Goods. Intangible goods having distinct characteristics from their counterpart tangible ones, that require specialized approaches when accessed and traded over the Internet. Of major importance in the commercialization and trading of intangible goods and services is security. What is needed, is not only the secure transmission of the data but also models and methods for ensuring the protection of intellectual property, user authentication etc. Three papers describing different issues in these areas are presented in the first part of the minitrack.The first paper, ¿Models and Languages for Digital Rights¿ by Gunter and Wright, presents an approach to describing digital rights through abstract models and policy description languages. The model allows the owner of an intangible good to describe with precision the terms and conditions under which the good is accessed by the consumer. The described model provides a starting point for a precise analysis of the capabilities for specifying and understanding digital rights.The second paper, ¿Development of Personal Authentication System Using a Fingerprint with Digital Signature Technologies¿, by Isobe, Seto and Kataoka, presents a prototype biometrics-based personal authentication system in which smart card and fingerprint verification technologies are combined. By combining smart card and fingerprint verification, they provide a simple and robust method for authentication of the user.In the third paper, ¿Steganographic Watermarking for Documents¿, by Bogarin, Baran and Gomez, a prototype system that seals text documents is presented. The system allows the insertion of digital marks or patterns that are not easily perceived when viewed under ordinary word processors or text editors. This way information like document authenticity as well as right access, can be undetectably incorporated in the structure and content of the document itself.The second part of the presentations deals with systems and models for (electronic) commerce. The paper by Jazayeri and Podnar, ¿A Business and Domain Model for Information Commerce¿, presents a business model for the information marketplace using the UML. It defines goals and responsibilities of information customers, information providers and intermediaries providing a model for the emerging information marketplace, so that potential new technical and business opportunities can be identified.The next paper, ¿WebXice : an infrastructure for information commerce on the WWW¿ by Wombacher, Kostaki and Aberer, focuses on the question, how e-commerce participants with minimal infrastructure (i.e. a standard Web browser), can be technologically enabled to participate in the information commerce, without sacrificing the functionality and security required in an information commerce scenario. A prototype implementation, webXice, demonstrates the feasibility of the task.The paper ¿Implementing B2B Contracts Using Biz-Talk¿, by Bond, Goodchild, Herring and Milosevic, describes a B2B enterprise model that supports the wide range of economic transactions associated with intangible goods and services. A prototype framework demonstrating the relevant implementation issues supports the model. In the last part of the presentations, we have two papers presenting issues for e-government related services.The paper by Fortier and Smart, ¿Web based e-government data distribution¿ discusses protocols, services and policies being developed in the context of the US government e-government directive in order to allow the general public to access e-government information on watershed health, water quality assessment and fisheries assessment. It describes three web based data distribution models with varying levels of complexity and user interaction flexibility.The last paper, ¿From Physical to Digital Delivery: Definition, Scope and Tariff Revenue Implications of Electronic Goods Trading¿, by Teltscher discusses issues related to trading of intangible goods in the global market. The differences in tariffs and trading of goods based on United Nations data between developing and developed countries serve as the basis for the analysis.

Active Business Objects (ABOs): A novel paradigm for building (and using!) Business Information System

Description: 

The ABO project aims in the design and development an agent platform where mobile agents represent business processes. These agents encapsulate the policies, business practices and models of different business activities (like order management, payroll, warehouse and stock control). The aim of ABO is to provide a new paradigm of Business Information System design and use.

An application of augmented MDA for the extended healthcare enterprise

Description: 

Mobile health systems extend the Enterprise Computing System (ECS) of the healthcare provider by bringing services to the patient anytime and anywhere. We propose a methodology for the development of such extended ECSs which applies a model-driven design and development approach augmented with formal Validation and Verification (V&V) to address quality and correctness and to support model transformation. At the University of Twente we develop context aware m-health systems based on Body Area Networks (BANs). A set of deployed BANs are supported by a server. We refer to this distributed system as a BAN System. Development of such distributed m-health systems requires a sound software engineering approach and this is what we target with the proposed methodology. The methodology is illustrated with reference to modelling activities targeted at real implementations. BAN implementations are being trialled in a number of clinical settings including epilepsy management and management of chronic pain.

An Overview of Wearable and Implantable Medical Sensors

Description: 

Objectives: To give a brief, introductory overview of current developments and trends in miniaturized medical sensors which will be informative to non-specialists in the field. Methods: Summary of the different types of wearable and implantable sensors with examples of current state-of-the-art devices and systems used in medical applications. Results: After more than a decade of intensive research and development around the world, miniaturized medical sensors are becoming commercially available, allowing increasingly rapid collection of large-scale medical data and its wireless transmission to health care centers. However, most sensor systems are not yet in routine use and still restricted to specialized sites, undergoing validation trials, mostly within research laboratories. Conclusions: Challenges to routine adoption of medical sensor systems often arise from a combination of lack of awareness of the technology among many medical practitioners, technological limitations of the device systems (artifacts and noise resulting from problems in garment fit or device implantation), and open issues of evaluation and validation for the very broad scope of conditions in home-care and ambient environments over which medical sensors need to operate for routine, reliable, practical use.

Quality of Service Information System: Get to Know the Performance of Your Mobile Network Operator Anywhere-Anytime

Description: 

Quality of Service Information System (QoSIS) focuses on measurement-based performance evaluation of wireless access networks provided by diverse mobile network operators in diverse locations and times. We have developed an Android OS mobile application that uses measurement data provided by real mobile users living in the Geneva area to predict the networks' expected performance. Measurement data, and therefore predictions, are available for Swiss operators: Swisscom, Sunrise, Orange CH, as well as French operators: SFR, Bouygtel and Virgin.

Long distance care

Description: 

As mobile devices pave the way for mobile healthcare services that put long-distance patients at the helm of their own diagnoses and treatment, its important to evalue user requirements and expectations.

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