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GPS-Less Low Cost Outdoor Localization for Very Small Devices.
- IEEE Personal Communications Magazine,
, 2000
"... Abstract-Instrumenting the physical world through large networks of wireless sensor nodes, particularly for applications like environmental monitoring of water and soil, requires that these nodes be very small, light, untethered and unobtrusive. The problem of localization, i.e., determining where ..."
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Cited by 1000 (27 self)
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Abstract-Instrumenting the physical world through large networks of wireless sensor nodes, particularly for applications like environmental monitoring of water and soil, requires that these nodes be very small, light, untethered and unobtrusive. The problem of localization, i.e., determining where
Text Compaction for Small Devices
, 2006
"... All sentences or passages quoted in this report from other people's work have been specifically acknowledged by clear cross-referencing to author, work and page(s). Any illustrations which are not the work of the author of this report have been used with the explicit permission of the originato ..."
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of sources (most commonly the Internet). Display space on small devices such as mobile phones is often limited, and text may ‘run off ’ the screen easily. Also, when sending SMS
Fisheye Keyboard: Whole Keyboard Displayed on Small Device
, 2014
"... Fisheye keyboard: whole keyboard displayed on small device ..."
System architecture directions for networked sensors
- IN ARCHITECTURAL SUPPORT FOR PROGRAMMING LANGUAGES AND OPERATING SYSTEMS
, 2000
"... Technological progress in integrated, low-power, CMOS communication devices and sensors makes a rich design space of networked sensors viable. They can be deeply embedded in the physical world or spread throughout our environment. The missing elements are an overall system architecture and a methodo ..."
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Cited by 1789 (58 self)
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methodology for systematic advance. To this end, we identify key requirements, develop a small device that is representative of the class, design a tiny event-driven operating system, and show that it provides support for efficient modularity and concurrency-intensive operation. Our operating system fits
Software Interface Design for Small Devices
, 2003
"... Handheld computers and small devices that present users a visible software interface are not a new concept, but I found that research in this field has increased significantly within the last several years. I think part of this can be attributed to major reductions in the cost of manufacturing such ..."
Abstract
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Cited by 2 (0 self)
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Handheld computers and small devices that present users a visible software interface are not a new concept, but I found that research in this field has increased significantly within the last several years. I think part of this can be attributed to major reductions in the cost of manufacturing
Shared Information Spaces for Small Devices: The
"... In sensor networks [ASSC02] - and also other environments with small devices - the classical client/server co-operation paradigm does no longer seem to be adequate for a number of reasons: (1) Sensor nodes communicate via unreliable wireless media ..."
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In sensor networks [ASSC02] - and also other environments with small devices - the classical client/server co-operation paradigm does no longer seem to be adequate for a number of reasons: (1) Sensor nodes communicate via unreliable wireless media
Smart Service Architecture for Small Devices
"... Abstract. One of the most basic requirements in software architectures for pervasive computing is the ability to adapt to changes. Although there is an increasing number of applications for small devices such as mobile telephones, the software used is still very restricted in terms of its functional ..."
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Abstract. One of the most basic requirements in software architectures for pervasive computing is the ability to adapt to changes. Although there is an increasing number of applications for small devices such as mobile telephones, the software used is still very restricted in terms of its
Bringing Application Functionality to Small Devices
"... User interface (UI) design for ubiquitous computing is different from UI design for classical desktop-oriented applications. Interaction of a user with the system and applications takes place in a highly distributed fashion. Input- and output functionality is distributed over space, as well as time. ..."
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to small devices, like mobile phones, as well as taking advantage from the benefits of a desktop computer. The
Usability Analysis of Visual Programming Environments: a `cognitive dimensions' framework
- JOURNAL OF VISUAL LANGUAGES AND COMPUTING
, 1996
"... The cognitive dimensions framework is a broad-brush evaluation technique for interactive devices and for non-interactive notations. It sets out a small vocabulary of terms designed to capture the cognitively-relevant aspects of structure, and shows how they can be traded off against each other. T ..."
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Cited by 514 (13 self)
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The cognitive dimensions framework is a broad-brush evaluation technique for interactive devices and for non-interactive notations. It sets out a small vocabulary of terms designed to capture the cognitively-relevant aspects of structure, and shows how they can be traded off against each other
Maté: A Tiny Virtual Machine for Sensor Networks
, 2002
"... Composed of tens of thousands of tiny devices with very limited resources ("motes"), sensor networks are subject to novel systems problems and constraints. The large number of motes in a sensor network means that there will often be some failing nodes; networks must be easy to repopu-late. ..."
Abstract
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Cited by 510 (21 self)
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Composed of tens of thousands of tiny devices with very limited resources ("motes"), sensor networks are subject to novel systems problems and constraints. The large number of motes in a sensor network means that there will often be some failing nodes; networks must be easy to repopu
Results 1 - 10
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13,087
