With the increasing pervasiveness of wireless technologies, users will increasingly want to interact with appliances in their environment from their mobile device. One of the challenges to supporting such ubiquitous control is the creation of user interfaces for the mobile device. Should the mobile device be pre-programmed with interfaces for each appliance that it can control, should it download pre-designed user interfaces from each appliance, or should it download an abstract description of the appliance and then automatically generate a user interface to enable control? In this position paper we describe the Personal Universal Controller project, which is studying the automatic generation solution to this problem, and show how our infra...
Abstract. Some ubiquitous computing visions propose to embed an abundance of input and output device...
Abstract. With today’s and tomorrow’s wireless technologies, such as IEEE 802.11, BlueTooth, RF-Lite...
Abstract- This paper uses and extends the ideas of a multi-device interface design approach from a p...
Today most of the home and office appliances that we interact with contain microprocessors. All of t...
Today most of the home and office appliances that we interact with contain microprocessors. All of t...
Today most of the home and office appliances that we interact with contain microprocessors. All of t...
We are building a system called the personal universal controller (PUC) that automatically generates...
With ever more everyday objects becoming “smart ” due to embed-ded processors and communication capa...
Figure 1. A diagrammatic overview of the personal universal controller system, showing an appliance,...
We are building a system called the personal universal controller (PUC) that automatically generates...
Today, handheld devices with improving computing capabilities, such as the Pocket PC, are being used...
One of the visions of pervasive computing is using mobile computers to interact with networked devic...
With today’s and tomorrow’s wireless technologies, such as IEEE 802.11, BlueTooth, RF-Lite, and G3, ...
The availability of mobile network services and the popularity of mobile end-devices suggest the dev...
Several industrial and academic research groups are working to simplify the control of appliances an...
Abstract. Some ubiquitous computing visions propose to embed an abundance of input and output device...
Abstract. With today’s and tomorrow’s wireless technologies, such as IEEE 802.11, BlueTooth, RF-Lite...
Abstract- This paper uses and extends the ideas of a multi-device interface design approach from a p...
Today most of the home and office appliances that we interact with contain microprocessors. All of t...
Today most of the home and office appliances that we interact with contain microprocessors. All of t...
Today most of the home and office appliances that we interact with contain microprocessors. All of t...
We are building a system called the personal universal controller (PUC) that automatically generates...
With ever more everyday objects becoming “smart ” due to embed-ded processors and communication capa...
Figure 1. A diagrammatic overview of the personal universal controller system, showing an appliance,...
We are building a system called the personal universal controller (PUC) that automatically generates...
Today, handheld devices with improving computing capabilities, such as the Pocket PC, are being used...
One of the visions of pervasive computing is using mobile computers to interact with networked devic...
With today’s and tomorrow’s wireless technologies, such as IEEE 802.11, BlueTooth, RF-Lite, and G3, ...
The availability of mobile network services and the popularity of mobile end-devices suggest the dev...
Several industrial and academic research groups are working to simplify the control of appliances an...
Abstract. Some ubiquitous computing visions propose to embed an abundance of input and output device...
Abstract. With today’s and tomorrow’s wireless technologies, such as IEEE 802.11, BlueTooth, RF-Lite...
Abstract- This paper uses and extends the ideas of a multi-device interface design approach from a p...