Mobile embedded systems often have strong limitations regarding available resources. In this paper we propose a statistical approach which could scale down to microcontrollers with scarce resources, to model simple contexts based on raw sensor data. As a case study, two experiments are provided where statistical modeling techniques were applied to learn and recognize different contexts, based on accelerometer data. We furthermore point out applications that utilize contextual information for power savings in mobile embedded systems
Context-aware computing is proposed as an enabling technology for adaptating different functions in ...
Mobile device use has vastly increased in the last few years. Many people use many mobile devices in...
Sensory originated data collection and processing has always been a big challenge in wireless sensor...
Mobile embedded systems often have strong limitations regarding available resources. In this paper w...
Abstract—Context-aware mobile systems have gained a re-markable popularity in recent years. Mobile d...
Context-awareness is an important element for developing mobile services. Often, context is availabl...
As computing systems become ever more pervasive, there is an increasing need for them to understand ...
The ever-increasing technological advances in embedded systems engineering, together with the prolif...
We present a mobile instrumentation toolkit, AWARE, an open-source effort to develop an extensible a...
Abstract. In this article, we report software architectures for context awareness in mobile computin...
Recognizing user context is important in making mobile devices simple to use. The device and the und...
This position paper describes a motivation for a sensor signal data set for exploring context recogn...
Although mobile devices keep getting smaller and more powerful, their interface with the user is sti...
With the advent of smart, inexpensive devices and a highly connected world, a need for smart service...
Looking for optimizing the battery consumption is an open issue, and we think it is feasible if we ...
Context-aware computing is proposed as an enabling technology for adaptating different functions in ...
Mobile device use has vastly increased in the last few years. Many people use many mobile devices in...
Sensory originated data collection and processing has always been a big challenge in wireless sensor...
Mobile embedded systems often have strong limitations regarding available resources. In this paper w...
Abstract—Context-aware mobile systems have gained a re-markable popularity in recent years. Mobile d...
Context-awareness is an important element for developing mobile services. Often, context is availabl...
As computing systems become ever more pervasive, there is an increasing need for them to understand ...
The ever-increasing technological advances in embedded systems engineering, together with the prolif...
We present a mobile instrumentation toolkit, AWARE, an open-source effort to develop an extensible a...
Abstract. In this article, we report software architectures for context awareness in mobile computin...
Recognizing user context is important in making mobile devices simple to use. The device and the und...
This position paper describes a motivation for a sensor signal data set for exploring context recogn...
Although mobile devices keep getting smaller and more powerful, their interface with the user is sti...
With the advent of smart, inexpensive devices and a highly connected world, a need for smart service...
Looking for optimizing the battery consumption is an open issue, and we think it is feasible if we ...
Context-aware computing is proposed as an enabling technology for adaptating different functions in ...
Mobile device use has vastly increased in the last few years. Many people use many mobile devices in...
Sensory originated data collection and processing has always been a big challenge in wireless sensor...