Mobile and Personal Communication Services and Systems

Pandya, Raj

doi:10.1002/0471723118

Cited by 16 publications

(11 citation statements)

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“…And the AC signal passes through capacitor C5 and then arrived at the second operational amplifier through pin 13 and the DC could not pass through C5. Then the signal exports U0 to power controlling module through pin 2 [1,2,5]. The duration time of the controlling signal U0 is controlled by the delay timer composed by RP2 and C2 [3,4].…”

Section: Figure1mentioning

confidence: 99%

Design for Postplacement Mousing based on GSM in Long-Distance

Gao

Zhang

Liang

et al. 2017

IJEEI

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This design for mousing is made up of power control module, infrared sensor module, signal processing module, distance information transportation based on GSM and device of power grid. The design consists of two sets of conductors, separately linked by fire wire and null line and distributing alternatively. The major innovation is infrared sensor module with Fresnel lens, and that the infrared detecting area should be spread in one direction at least. When the mouse get into the infrared detecting area, the sensor signal of infrared detecting device is sent to power control module through signal element and then starts the device of power grid to power up to make the mouse be shocked or die. GSM module is adopted to tell that the mouse is caught successfully. This design can be placed in any position that the mouse is always out and no need of baits.

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Section: Figure1mentioning

confidence: 99%

Design for Postplacement Mousing based on GSM in Long-Distance

Gao

Zhang

Liang

et al. 2017

IJEEI

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“…Mobile technology is a set of applications, protocols and devices that enable ubiquitous information access and exchange [13]. Mobile technology allows the adaptation of information technology to the increasing mobile work practice [2] with location independent access to information resources [14].…”

Section: Analyze the Mobile Environmentmentioning

confidence: 99%

A Pattern Approach to Mobile Interaction DesignDie Verwendung von Patterns beim Entwerfen mobiler Applikationen

Grill¹,

Biel

Gruhn

2009

Itit

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There are many limitations and benefits of mobile technology and the specific situation of mobile users adds complexity through additional parameters that designers need to address. This makes designing user interfaces and user interaction for mobile applications a very complex task. To address this complexity we propose an interaction design approach using patterns for mobile interaction design. We present an iterative user centered development process which integrates the usage of an interaction pattern library within the interaction design process. By using the pattern approach, not only functional and interaction requirements but also architectural issues are considered. In addition we present tools for designers that enable them to use the pattern library according to the categorization of functionality and interaction representing the dimensions of a design task especially in mobile environments. The proposed method guides developers in their task to design interaction that matches the project's requirements.

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“…It could be the user, it could be the device, and it could also be the program code of the application. In this context, (Pandya, 2000) discerns personal mobility, terminal mobility, and service portability: According to his definition, personal mobility means that the user is not restricted to a single device, but can rather use different devices in order to use a service. Thus it does not mean the user's capability of moving physically, but the possibility to "move" between different devices.…”

Section: Different Kinds Of Mobilitymentioning

confidence: 99%

Hybrid Application Support for Mobile Information Systems

Gruhn¹,

Hülder

2005

Proceedings of the Seventh International Conference on Enterprise Information Systems

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Abstract:The wide-spread presence of wireless networks and the availability of mobile devices has enabled the development of mobile applications that take us a step closer to accomplishing Weiser's vision of ubiquitous computing (Weiser, 1991). Unfortunately however, network connectivity is still not given anywhere and at any time. To increase the benefit of mobile applications, the next logical step is to provide support for an offline modethat allows to continuously work with an application, even when the device is not connected to a network. In this paper typical problems of replicating data are explained, possible solutions are discussed and two architectural patterns that could be used to implement hybrid support are illustrated.

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Mobile and Personal Communication Services and Systems

Cited by 16 publications

References 0 publications

Design for Postplacement Mousing based on GSM in Long-Distance

Design for Postplacement Mousing based on GSM in Long-Distance

A Pattern Approach to Mobile Interaction DesignDie Verwendung von Patterns beim Entwerfen mobiler Applikationen

Hybrid Application Support for Mobile Information Systems

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