ILXO/projects: Difference between revisions
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=== Off-Grid Charger Design=== |
=== Off-Grid Charger Design=== |
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This project explores different possibilities for off-the-grid power charging peripherals for the XO. This includes evaluating the performance, lifecycle, human factors issues and feasibility of existing power options for the XO and expanding this list to include other existing peripherals. Chris is also working on the development of new power generating peripherals, particularly focusing on using appropriate technologies to allow users to develop simple power generating systems from scratch with minimal need for imported components. Results from this summer will be compiled into a “power generation” guide to help both XO users and developers learn from these findings and continue to help develop new power systems for the XO or for other applications. |
This project explores different possibilities for off-the-grid power charging peripherals for the XO. This includes evaluating the performance, lifecycle, human factors issues and feasibility of existing power options for the XO and expanding this list to include other existing peripherals. Chris is also working on the development of new power generating peripherals, particularly focusing on using appropriate technologies to allow users to develop simple power generating systems from scratch with minimal need for imported components. Results from this summer will be compiled into a “power generation” guide to help both XO users and developers learn from these findings and continue to help develop new power systems for the XO or for other applications. |
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=== Signal Processing === |
=== Signal Processing === |
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It should be possible to allow children to do fairly sophisticated signal processing work on the XO by using the camera and microphone as primary inputs and doing image and audio processing. As a first step, Nikki will work on edge detection and edge tracing in order to develop motion detection using the camera. Motion detection can be integrated with a number of existing Activities. Additional signal processing work might include audio processing, such as developing filters for microphone input. Such filters could potentially work in conjunction with introductory circuits educational content in demonstrating high-pass and low-pass filters. Emphasis will be placed on making the interfaces to the signal processing tools adapted/produced as transparent as possible so that children will be able to manipulate them. |
It should be possible to allow children to do fairly sophisticated signal processing work on the XO by using the camera and microphone as primary inputs and doing image and audio processing. As a first step, Nikki will work on edge detection and edge tracing in order to develop motion detection using the camera. Motion detection can be integrated with a number of existing Activities. Additional signal processing work might include audio processing, such as developing filters for microphone input. Such filters could potentially work in conjunction with introductory circuits educational content in demonstrating high-pass and low-pass filters. Emphasis will be placed on making the interfaces to the signal processing tools adapted/produced as transparent as possible so that children will be able to manipulate them. |
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=== Science Education Kits === |
=== Science Education Kits === |
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Andrea is designing a science "kit" for use with the XO that includes curriculum designs for various experiments and topics along with software and hardware/sensors to support these. She will be focusing on physics (mechanics, E&M) as well as an introduction to RC circuits and working with local students and teachers to design and field-test experimental apparati, as well as exploring new uses of current Activities (with particular emphasis on Measure). |
Andrea is designing a science "kit" for use with the XO that includes curriculum designs for various experiments and topics along with software and hardware/sensors to support these. She will be focusing on physics (mechanics, E&M) as well as an introduction to RC circuits and working with local students and teachers to design and field-test experimental apparati, as well as exploring new uses of current Activities (with particular emphasis on Measure). |
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===Additional Projects=== |
===Additional Projects=== |
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Green machine: The environmental impact of XOs (Mia Kato) |
Green machine: The environmental impact of XOs (Mia Kato) |
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Language learning through RPGs (Melanie Kim) |
Language learning through RPGs (Melanie Kim) |
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Accessibility (Mel Chua) |
Accessibility (Mel Chua) |
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Revision as of 19:30, 22 May 2008
Group Projects
To be determined!
Individual Projects
Off-Grid Charger Design
This project explores different possibilities for off-the-grid power charging peripherals for the XO. This includes evaluating the performance, lifecycle, human factors issues and feasibility of existing power options for the XO and expanding this list to include other existing peripherals. Chris is also working on the development of new power generating peripherals, particularly focusing on using appropriate technologies to allow users to develop simple power generating systems from scratch with minimal need for imported components. Results from this summer will be compiled into a “power generation” guide to help both XO users and developers learn from these findings and continue to help develop new power systems for the XO or for other applications.
Signal Processing
It should be possible to allow children to do fairly sophisticated signal processing work on the XO by using the camera and microphone as primary inputs and doing image and audio processing. As a first step, Nikki will work on edge detection and edge tracing in order to develop motion detection using the camera. Motion detection can be integrated with a number of existing Activities. Additional signal processing work might include audio processing, such as developing filters for microphone input. Such filters could potentially work in conjunction with introductory circuits educational content in demonstrating high-pass and low-pass filters. Emphasis will be placed on making the interfaces to the signal processing tools adapted/produced as transparent as possible so that children will be able to manipulate them.
Science Education Kits
Andrea is designing a science "kit" for use with the XO that includes curriculum designs for various experiments and topics along with software and hardware/sensors to support these. She will be focusing on physics (mechanics, E&M) as well as an introduction to RC circuits and working with local students and teachers to design and field-test experimental apparati, as well as exploring new uses of current Activities (with particular emphasis on Measure).
Additional Projects
Green machine: The environmental impact of XOs (Mia Kato)
Language learning through RPGs (Melanie Kim)
Accessibility (Mel Chua)