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This paper proposes a game controller with a magnifying glass-like user interface in which contents of an output screen are changed according to the movements of the controller itself. First, we begin by analyzing the portable controller's movements and discussing detection sensors. Next, we detail the output display control parameters based on the movement parameters detected as input information...
A strategy using a model based on Analytic Hierarchy Process on controlling display of mobile information device is proposed in this paper. An evaluation system installing the proposal was produced and validation test was conducted. The result showed the system was operated as had been anticipated from the proposed model, thus the validity of the proposed model was confirmed.
An aggressive junction design concept is proposed for further scaling of bulk CMOS featuring selective epi-growth raised source/drain extentions (RSDext) in conjunction with high temperature millisecond annealing (MSA) process. The junction design window enlarged by introducing the RSDext enables us to perform elaborate control of slight ldquointentionalrdquo diffusion onto the MSA process rather...
This paper proposes a method of selecting design strategies for user interfaces for audio-visual (AV) remote controllers based on the analytic hierarchy process. In this method, the design policy for the optimum user interface (UI) is selected on the basis of the function and scale of the AV system and the user's knowledge. This paper proposes a new model with six evaluation criteria-functional choice,...
This paper proposes a new user interface that provides a multi-valued, linear output according to fingertip pressure. Our proposed interface uses a strain sensor to detect microscopic strain caused by fingertip pressure on the chassis of a portable information terminal unit. An experimental prototype, consisting of a detection circuit with two strain gauges and an embedded MPU, was manufactured to...
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