Figure 3 - uploaded by Alf Inge Wang
Content may be subject to copyright.
Source publication
This paper describes an evaluation of using three different types of mobile devices as clients in a mobile task reporting system. The heterogeneity of hardware and software introduced by var-ious mobile devices has made it harder for software developers to make systems that can support this broad spectrum of devices. We have made a prototype of a s...
Context in source publication
Similar publications
Bandgaps play a central role in modern device physics, and a tunable bandgap can provide great flexibility in device design. Herein, an investigation of trilayer graphene modulated using an external electric field is presented. The calculations for trilayer graphene with hexagonal, Bernal, and rhombohedral stacking have been carried out. It was fou...
In a multiscale modeling approach, we present computer simulation results for a rectifying bipolar nanopore on two modeling levels. In an all-atom model, we use explicit water to simulate ion transport directly with the molecular dynamics technique. In a reduced model, we use implicit water and apply the Local Equilibrium Monte Carlo method togethe...
![Fig. 2: Mesh used for the power assembly in Fig. [1]. The chip region...](profile/Olufisayo-Olanrewaju/publication/329340066/figure/fig2/AS:705484730404864@1545212075138/Mesh-used-for-the-power-assembly-in-Fig-1-The-chip-region-is-colored-green-in-a-and_Q320.jpg)
This work proposes the development of a simplified
thermo-mechanical model suitable for coupling with device
physics and a 3D electrothermal model in line with the creation
of a comprehensive framework for circuit simulation of
multidomain problems. Commercially available numerical
analysis software are capable of showing thermo-mechanical
effects...
Roadie is a mobile application for the planning and the recommendation of tourism routes in cities. Recommendation is achieved profiling users in a semi-automatic way via social network analysis and profile curation, and by monitoring user activity analysing data coming from devices' physical sensors. Routes consist of several POIs (Point Of Intere...
The paper deals with the evaluation of a suitable model for power IGBTs targeted for use in power electronic modules. The main issue for the developed model is the possibility of creating a circuital based structure starting from the device physical equations. The model is implemented in a circuital simulation environment with the aim of evaluating...
Citations
... Author(s): Alf Inge Wang, Carl-Fredrik Sørensen, and Eva Indal. Published where: IASTED International Conference on Wireless and Optical Communications (WOC'2003), Banff, Canada, July 14-16, 2003, pages 584-590.AP4: An Evaluation of a Mobile Task Reporting System for Different Mobile Devices[SWØHB03] ...
The rapid evolution in ubiquitous technologies has increased the demand and enabled for computational support of work anywhere, anytime. Mobility implies migrating computer systems from relatively static physical environments to highly dynamic and heterogeneous environments. The physical environment (including humans) is increasingly being instrumented with sensors, actuators, and other computing devices. These capture, contain, or represent different types of information and knowledge that can be used to monitor and infer different properties of the environment, both static and dynamic. The properties can be represented as explicit context information that can help support, monitor, manage, and coordinate work processes performed within that environment. This work concentrates on how to support work processes in mobile and dynamic environments. Dynamic context information has normally not been an integrated part of process support software. Such software has traditionally been built for static, well-defined work processes and environments with a priori known resources, states, and working conditions. We introduce the notion of ”smart ” work processes, enabling adaptation of work processes to dynamic working environments.
... PCs, PDAs and WAP phones were chosen as mobile clients for MONGO. These devices have different characteristics and are suitable to provide different kinds of support to the mobile IT-support staff. [15] describes an evaluation of using PCs, PDAs and mobile phones as clients to a Mobile Task Administration System . It was evaluated how well the system has worked on the different devices based on several evaluation criteria like screen size, input device, physical device size, battery life, connectivity etc. During the evaluation it was ...
It is a large collection of software supporting the planning, execu- tion and reporting of work activities, but these systems are mainly created to be run in a distributed wired network, or as standalone systems. The systems do not directly support the mobile part of work. The cost and effort to make such systems available to mo- bile users are not just an issue of making adjustments to the net- work protocols, but also to be able to adapt the system to a het- erogeneous set of hardware spanning from small mobile phones to portable PCs. This paper presents experiences from migration of a Web-based task administration system to a mobile environ- ment. Different solutions of system adaptation are discussed, and a prototype of a system to support mobile work is presented and evaluated.
