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This study aims to design a web technology based Emergency System (SmartER) system, which will enable the doctors and nurses to perform the patient related procedures more quickly and smoothly in the emergency departments. SmartER is not just software, it is planned as a system that includes a monitor screen to be mounted on the wall, a barcode bracelet for the patients, mobile devices to be used...
Large-scale networked environments, such as the Internet, possess the characteristics of centralised data, centralised access and centralised control; this gives the user a powerful mechanism for building and integrating large repositories of centralised information from diverse resources set. However, a centralised network system with GSM Networks development for a hospital information systems or...
Mobile communication systems of today provide increased availability, minituarization and enhanced data rates. This emergence is expected to enhance the deployment of mobile systems in the health services. This paper intends to explain the medical mobile to Web service application developed using the Java Micro Edition (J2ME) application platform. It involves the development of a MySQL medical database...
To perform, heterogeneous teams must build a common knowledge base that enables collaboration. This paper explores the opportunity to use shared physical space as the mediator par excellence for learning and information sharing among mobile workers of a heterogeneous team. This research focuses on indoor environments that condition the tasks to be performed. Building on the ideas of location-based...
Existence of software platform, which will allow us to monitor the patients' bio-parameters and provide us with services which help with full health care, is more than relevant these days. The aim of our project is to provide solution which can be used in different spheres of health care and which will be available through PDA (Personal Digital Assistant), web or desktop clients. Practically developing...
Pervasive computing technology plays a key role for providing context information and offering context-aware services, which allows users to obtain digitized contents and services from wired and wireless networks virtually anywhere at any time via different handheld mobile devices. In this paper, we propose an agent-based context-aware middleware for pervasive computing environment, which is implemented...
The paper describes a service engineering modeling of the integration of a parking guidance system (PGS) services with an electronic health record (EHR) system. The integrated system provides services for two groups of healthcare users: (1) patients who need urgent care, and (2) healthcare providers who perform emergency operations. By entering a zip code and basic patient data, the system would return...
There is a growing interest for techniques and tools facilitating the testing of mobile systems. The movement of nodes is one of the relevant factors of context change in ubiquitous systems and a key challenge in the validation of context-aware applications. An approach is proposed to generate a testbed for service-oriented systems that takes into account a mobility model of the nodes of the network...
Implantable devices such as pulse, ECG, and movement sensors that can be embedded in day to day wearables have been drawn a lot of research attentions in the field of wireless sensor network nowadays. In this research, we focus on developing an incremental adaptive network to detect subject at risk of coronary heart disease based on long-term Heart Rate Variability (HRV) measurement under blood pressure...
The research project aims at designing and implementing a Web based wireless mobile system security and privacy framework that is centered on the concepts of ubiquitous healthcare services provided to the patients in rural or remote areas from distant hospitals. With this system framework, a physician can securely access and carry the patient information from a mobile device, update the patient information...
The increasing ubiquity of mobile embedded systems has been matched by the evolution of a variety of wireless network standards and technologies. The major constraints of wireless embedded systems are limitations of communication bandwidth, processing capabilities, and battery power. Remote wireless embedded systems often act as sensors, which provide data to a certain community. The exchange of data...
In this paper, we present the implementation, evaluation, and application of our OWL-S service composition planner OWLS-XPlan. Medical services described in OWL-S 1.1 and ontologies are converted to initial state and goal descriptions in PDDL 2.1, which are then used by the fast heuristic FF planner XPlan for generating an execution complete composition plan. Results of experimental evaluation of...
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