05-04-2012, 01:48 PM
plz send bubble sensing report with ppt.
plz send bubble sensing report with ppt.
05-04-2012, 01:48 PM
plz send bubble sensing report with ppt. plz send bubble sensing report with ppt.
05-04-2012, 01:54 PM
plz send bubble sensing report with ppt.
11-07-2012, 10:29 AM
Give me the details of the topic bubble sensing with abstract and ppt
11-07-2012, 11:00 AM
hey thanks for abstract and introduction who were send me
08-08-2012, 10:07 AM
to get information about the topic "bubble sensing" full report ppt and related topic refer the link bellow
https://seminarproject.net/Thread-bubble...orld-using http://www.scribddoc/37290927/Bubble-Sensing https://seminarproject.net/Thread-ppt-fo...le-sensing
02-10-2012, 11:10 AM
BUBBLE SENSING
bubble sensing.docx (Size: 13.01 KB / Downloads: 21) INTRODUCTION We offer the detection of bubbles, an abstraction of the new sensor network that allows mobile users to create a connection between detection tasks and the physical world in places of interest, which remains active for a period defined by the user. We envision mobile phones are capable of placing the work of the bubble detection in places of interest and receive sensed data as it becomes available in a tolerant, essentially creating a documentary of life in places physical world. The system is based on other phones that pass through opportunistic sites to buy bubble detection tasks and to detect, on behalf of the initiator, and provide data to the server for recovery bubble detection by the user who initiated the task. We describe an implementation of bubble detection system using the sensor for mobile phones, especially Nokia N80 and N95 (with GPS, accelerometers, microphones, cameras). bubbles remain in work places around the interaction of the "bubble carriers, which have the task of detection in the area of interest, and" bubble anchors "that keep the task of the bubble in the area where the company the bubble is. In our application, carriers and anchorages bubble bubble protocols implement a series of simple mobile phone based on the task of updating the state of the bubble as the new mobile phones in moving the region. They communicate through mobile ad hoc local 802.11g radio to transfer state of the task and keep the task in the region of interest. The task of the state of the bubble is ephemeral and sometimes when there is no bubble in the media or the bubbles are the anchors of the region. Our design is resistant to periods where no moving through the area of the bubble and is capable of ''reloading " the task in to the bubble region. ABSTRACT:- We propose bubble-sensing, a new sensor network abstraction that allows mobile phone users to create a binding between sensing tasks and the physical world at locations of interest, that remains active for a duration set by the user. We envision mobile phones being able to affix sensing task bubbles at places of interest and then receive sensed data as it becomes available in a delay-tolerant fashion, in essence, creating a living documentary of places of interest in the physical world. The system relies on other mobile phones that opportunistically pass through bubble-sensing locations to acquire tasks and do the sensing on behalf of the initiator, and deliver the data to the bubble-sensing server for retrieval by the user who initiated the task. We describe an implementation of the bubble-sensing system using sensor-enabled mobile phones, specifically, Nokia¶s N80 and N95 (with GPS, accelerometers, microphone, camera). Task bubbles are maintained at locations through the interaction of ´bubble carriers´, which carry the sensing task into the area of interest, and ´bubble anchors´, which maintain the task bubble in the area when the bubble carrier is no longer present. In our implementation, bubble carriers and bubble anchors implement a number of simple mobile phone based protocols that refresh the task bubble state as new mobile phones move through the area. Phones communicate using the local Ad-Hoc 802.11g radio to transfer task state and maintain the task in the region of interest. This task bubble state is ephemeral and times out when no bubble carriers or bubble anchors are in the area. Our design is resilient to periods when no mobiles pass through the bubble area and is capable of µµreloading´ the task into the bubble region. |
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