Wearable Computer & E-TextilesOutlineDefinition: Steve MannAugmented Reality (AR)Mediated RealityAttributesSlide 7Slide 8Slide 9Existing SystemsMIT Media Lab: MIThrilSystem SpecsMore SpecsPeripherals connected to CoreSoftwareMemory GlassMore on Memory GlassThe Georgia Tech Wearable Motherboard™Topics of DiscussionMotivationsHighlighted TechnologiesHighlighted Technologies (cont’d)Slide 23Slide 24Slide 26Slide 27ApplicationsApplications (cont’d)Application (cont’d)Slide 31CMU: Wearable Computer ProjectSeveral Projects UnderwayVuManNavigator 2TIA-PTIA-OMetronautISAACDaimler-Benz/AdtranzMoCCAMoCCADigital InkSpeech Translator/ Smart ModuleSpeech Translator/Smart ModuleWRL ItsyGovernment ProgramsReferencesSlide 49Wearable Computer & E-TextilesByGee Hang LuiSandeep VardhanChih-Chieh HanOutlineDefinitionsBackgroundExisting SystemsMIThrilGeorgia Tech Wearable MotherboardCMUDefinition: Steve Mann3 operational modesConstancySystem may sleep, but never deadNo need to boot the system in order to use it.AugmentationMediationAugmented Reality (AR)Combination the real and the virtual to assist the user in his environmentExamples:1. Finger Tracking2. Face Recognition3. Visual Filter4. Navigation5. Repair instruction(http://lcs.www.media.mit.edu/projects/wearables/lizzy/augmented-reality.html)Mediated RealityPersonal Visual AssistantEmbodies a spatial visual filterReconfigures the human visual systemProviding a coordinate transformationVisual Memory ProstheticEmbodies a temporal visual filterProvides computer-induced flashbacks(http://n1nlf-1.eecg.toronto.edu/tetherless/tetherless.html)AttributesUnmonopolizingAttend to other matter while using itEnhancement of sensory capabilitiesMay mediate the sensory capabilitiesUnrestrictiveYou can do other things while using itExample:You can type while runningAttributesObservableCan get your attention continuously if you want it toThe output medium is constantly perceptible by the wearerControllableResponsiveCan grab control of it at any timeCan manually override to break the control loopAttributesAttentiveEnvironmentally awareContext sensitiveCommunicativeCan be used as a communications mediumAllow the wearer to be expressive through the mediumExisting SystemsSystem that composed of gadgets1. MIThril2. CMU VuMan3. Others http://www.praecogito.com/~brudy/wearable.html)System woven into shirt fabric1. GTWM/SensatexMIT Media Lab: MIThrilSystem Specs1. 3 cores2. MPC823 + Altera FPGA single-board computer from Brightstar Engineering3. Intel SA 1110 Strong-Arm based Intrinsyc CerfBoard 4. 802.11More Specs1. 2 Interfaces (USB and I2C) for connecting peripherals including2. I2C tag-reader 3. I2C 2G 1% accuracy three-axis accelerometer4. USB microphones 5. camerasPeripherals connected to CoreKopin CyberDisplay 320 Color 320 to BrightstarTwiddler One chording keyboard to BrightstarDebugging console serial ports to Brightstar and CerfBoardSoftwareModified 2.4 PPC linux kernelDebian Arm linux on the CerfBoard“Memory Glasses” (explain next)Memory GlassWearable, proactive, and context-aware memory aidA reminder systemdelivery of information is situation conditioned; reminders are associated with context and are delivered when and where appropriateMore on Memory GlassProactive: Deliver information when necessaryContext aware: Deliver information according to user’s contextThe Georgia Tech Wearable Motherboard™What is a Wearable Motherboard™?An infrastructure integrated with sensors that you can wear.Why needed?A systematic way of monitoring the vital signs of humans in an unobtrusive manner.Topics of DiscussionMotivationsHighlighted technologiesApplicationsMotivationsMonitoring humans’ vital signsHeart rateEKG (electrocardiograph)Body temperatureRespiration rate, etc.Know more about the status of a human body by integrating the above biological phenomenon. Apply to……Combat fieldMedical applicationsMore applications later……Highlighted TechnologiesPlastic Optical Fiber (POF)spirally integrated into the structure during the fabric production process. is woven with other specialty fibers throughout the actual fabric of the shirt To pinpoint the exact location of a bullet penetration.Highlighted Technologies (cont’d)Interconnection TechnologyData bus structureTransmit information from and to the sensors mounted at any location on the body. T-connectorssensors are plugged into T-connectorsAllowing sensors to transmit information to multi-function processor (pager-size)Highlighted Technologies (cont’d)Fully customizable (various sensors)Respitrace™ sensorEKG sensorThermistor-type sensorOxygen level sensor (fire fighters)Can be launderedHighlighted Technologies (cont’d)Distribution of collected data from sensorsTransceiver sends data to a wireless gateway. Data are then sent via internetThen various type of client can access the data, e.g. medical doctor, medical data server, etc.ApplicationsConsumer productsMedical productsMilitary and occupational productsApplications (cont’d)Consumer productsAmateur / Individual SportsMonitor heart rate, respiration rate, body temperature, altitude, location, orientation, etc.Team Athletic trainingBy analyzing athlete’s vital signs, coaches and trainers can manage the training more efficiently.Application (cont’d)Medical ProductsMonitoring of patients in post-operative recoveryPatients can go back home. Information of the patients can be transmitted to the data server of the hospital via internet. Infant vital signs monitoringContinuously monitoring the vital signs of a newborn bady. Avoid the infection of diseases and virus more efficiently.Application (cont’d)Military and occupational productsBattle combat careCMU: Wearable Computer ProjectDeveloping a new class of computing systems with a small footprintShould be carried or worn by a human and be able to interact with computer-augmented environmentsRelate to access to information18 generations have been designed and built over the last seven and a half years. Most have been field-testedSeveral Projects UnderwayVuManUser can maneuver and interact with “Private Eye” Gives the illusion of
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