INCA: A Software Infrastructure to Facilitate the Construction and Evolution of Ubiquitous Capture & Access Applications Export

@inbook{citeulike:570511, author = {Abowd, G. D. and Truong, Khai N.}, citeulike-article-id = {570511}, citeulike-linkout-0 = {http://www.springerlink.com/openurl.asp?genre=article&issn=0302-9743&volume=3001&spage=140}, comment = {automated c\&a continous capture infrastructure - simplified model for designing, implementing and evolving c\&a applications ---=note-separator=--- previous experience with c\&a: eClass capturing lectures for students later perousal - recording via e-whiteboard, visited urls (http logs) coordination: preparation, lecture itself, post-production -> go into creating web-accessible notes four phases: 1. pre-production (preparing) 2. live recording 3. post-production (integration) 4. access for end-users (students) (presentation) ---=note-separator=--- previous experience with c\&a: stupad personal c\&a integrating eClass with student notes ---=note-separator=--- experiences led to dev.. of INCA: components: capture, storage, transduce (convert), access ---=note-separator=--- capturing and tagging (CaptureModule) tags describe metadata - taggers attach information to output streams data is raw bytes + tags ---=note-separator=--- storing (StorageModule) persistence for captured data subscribes to captured data, publishes the data from storage (backend is repository) ---=note-separator=--- accessing done via queries (subscribing) to storage modules or directly from capture modules context-based queries ---=note-separator=--- transducer convert from one format to another (data passed on to storage, access or more transducers) examples: video stream -> frames, ink -> text, speech -> text ---=note-separator=--- uses: classroom - presentation allows playback, ff, random access}, keywords = {abca, abcsg\_ca}, posted-at = {2006-03-30 10:32:08}, priority = {0}, title = {INCA: A Software Infrastructure to Facilitate the Construction and Evolution of Ubiquitous Capture \& Access Applications}, url = {http://www.springerlink.com/openurl.asp?genre=article&issn=0302-9743&volume=3001&spage=140}, year = {2004} }

TY - CHAP ID - citeulike:570511 L3 - citeulike-article-id:570511 TI - INCA: A Software Infrastructure to Facilitate the Construction and Evolution of Ubiquitous Capture & Access Applications KW - abca KW - abcsg_ca N1 - automated c&a continous capture infrastructure - simplified model for designing, implementing and evolving c&a applications N1 - previous experience with c&a: eClass capturing lectures for students later perousal - recording via e-whiteboard, visited urls (http logs) coordination: preparation, lecture itself, post-production -> go into creating web-accessible notes four phases: 1. pre-production (preparing) 2. live recording 3. post-production (integration) 4. access for end-users (students) (presentation) N1 - previous experience with c&a: stupad personal c&a integrating eClass with student notes N1 - experiences led to dev.. of INCA: components: capture, storage, transduce (convert), access N1 - capturing and tagging (CaptureModule) tags describe metadata - taggers attach information to output streams data is raw bytes + tags N1 - storing (StorageModule) persistence for captured data subscribes to captured data, publishes the data from storage (backend is repository) N1 - accessing done via queries (subscribing) to storage modules or directly from capture modules context-based queries N1 - transducer convert from one format to another (data passed on to storage, access or more transducers) examples: video stream -> frames, ink -> text, speech -> text N1 - uses: classroom - presentation allows playback, ff, random access AU - Abowd, GD AU - Truong, Khai PY - 2004/// UR - http://www.springerlink.com/openurl.asp?genre=article&issn=0302-9743&volume=3001&spage=140 ER -