PERCOM 2010 - PDF Preprint Papers

PERCOM 2010 IEEE International Conference on Pervasive Computing and Communications

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PERCOM
2010
ACM

371views Computer Networks» more PERCOM 2010»

Local map generation using position and communication history of mobile nodes

13 years 7 months ago

Download www-higashi.ist.osaka-u.ac.jp

In this paper, we propose an algorithm to estimate 2D shapes and positions of obstacles such as buildings using GPS and wireless communication history of mobile nodes. Our algorith...

Shinichi Minamimoto, Sae Fujii, Hirozumi Yamaguchi...

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Id	Views	Title	Status

1	371	Local map generation using position and communication history of mobile nodes	claim
2	260	Using Wi-Fi to save energy via P2P remote execution	claim
3	241	A 3-layer architecture for smart environment models	claim
4	233	Orchestrator: An active resource orchestration framework for mobile context monitoring in sensor-rich mobile environments	claim
5	224	PerFallD: A pervasive fall detection system using mobile phones	claim
6	221	HIP: Health integration platform	claim
7	220	Sensor.Network: An open data exchange for the web of things	claim
8	215	DogSim: A state chart simulator for Domotic Environments	claim
9	208	Decomposing power measurements for mobile devices	claim
10	207	Embedding Semantic Product Memories in the web of things	claim
11	206	The architecture design of a cross-domain context management system	claim
12	203	Analysis of Quality of Surveillance in fusion-based sensor networks	claim
13	202	Architecture and protocols for the Internet of Things: A case study	claim
14	193	AutoGait: A mobile platform that accurately estimates the distance walked	claim
15	189	Privacy assurance in mobile sensing networks: Go beyond trusted servers	claim
16	189	Security analysis of reliable transport layer protocols for wireless sensor networks	claim
17	189	ReSCo: A middleware component for Reliable Service Composition in pervasive systems	claim
18	185	Dead reckoning from the pocket - An experimental study	claim
19	184	GeoKad: A P2P distributed localization protocol	claim
20	180	Collaborative municipal Wi-Fi networks - challenges and opportunities	claim
21	180	Body sensor networks for baseball swing training: Coordination analysis of human movements using motion transcripts	claim
22	178	Exploring ambient visualizations of context information	claim
23	178	A tool suite to prototype pervasive computing applications	claim
24	175	Gateway designation for timely communications in instant mesh networks	claim
25	172	Towards IEEE 802.15.4e: A study of performance aspects	claim
26	168	Zero-knowledge real-time indoor tracking via outdoor wireless directional antennas	claim
27	168	Adaptive deployment for pervasive data gathering in connectivity-challenged environments	claim
28	166	encDPWS - message encoding of SOAP Web Services	claim
29	165	BurrowView - seeing the world through the eyes of rats	claim
30	165	BACCARAT: a dynamic real-time bandwidth allocation policy for IEEE 802.15.4	claim
31	164	Negotiate power and performance in the reality of RFID systems	claim
32	164	Web services on embedded systems - a performance study	claim
33	163	Tuning to your position: FM radio based indoor localization with spontaneous recalibration	claim
34	163	All for one or one for all? Combining heterogeneous features for activity spotting	claim
35	162	Service-based development of mobile real-time collaboration applications for Social Networks	claim
36	161	Ad-hoc voice-based group communication	claim
37	159	An integrated system for secure code distribution in Wireless Sensor Networks	claim
38	159	Resilient image sensor networks in lossy channels using compressed sensing	claim
39	159	Connectivity monitoring in wireless sensor networks	claim
40	157	A comparative study of DECT and WLAN signals for indoor localization	claim
41	157	Collaborative real-time speaker identification for wearable systems	claim
42	157	Towards wearable sensing-based assessment of fluid intake	claim
43	157	The ADAMO project: Architecture to support communication for emergency services	claim
44	155	Towards the Web of Things: Using DPWS to bridge isolated OSGi platforms	claim
45	155	Incremental awareness and compositionality: A design philosophy for context-aware pervasive systems	claim
46	154	Privacy Butler: A personal privacy rights manager for online presence	claim
47	153	Sell your experiences: a market mechanism based incentive for participatory sensing	claim
48	151	The co-evolution of taxi drivers and their in-car navigation systems	claim
49	149	Towards ontology-driven development of applications for smart environments	claim
50	149	A visual, open-ended approach to prototyping ubiquitous computing applications	claim
51	148	Opportunistic web access via WLAN hotspots	claim
52	148	Communication architectures and experiences for web-connected physical Smart objects	claim
53	146	When Eco-IT meets security: Concealed network coding for multicast traffic	claim
54	146	Privacy-enhanced social network routing in opportunistic networks	claim
55	144	Pervasive maps: Explore and interact with pervasive environments	claim
56	143	Towards automated verification of autonomous networks: A case study in self-configuration	claim
57	142	Blurring snapshots: Temporal inference of missing and uncertain data	claim
58	142	Towards a proactive system based on activity recognition	claim
59	140	Wearable sensor activity analysis using semi-Markov models with a grammar	claim
60	138	Cloud-assisted mobile desktop search	claim
61	137	Towards the adaptive integration of multiple context reasoners in pervasive computing environments	claim
62	137	Practical experiences in enabling and ensuring quality sensing in emergency response applications	claim
63	137	SCOPE: A prototype for spontaneous P2P social networking	claim
64	136	Sharing using social networks in a composable Web of Things	claim
65	135	Faster Bayesian context inference by using dynamic value ranges	claim
66	135	iFall - a new embedded system for the detection of unexpected falls	claim
67	134	Exploring quality in multisensor pervasive systems - a localization case study	claim
68	134	Bridging the gap between users and smart products	claim
69	133	Indoor localization in multi-floor environments with reduced effort	claim
70	132	Engineering energy-efficient target detection applications in Wireless Sensor Networks	claim
71	130	WebPlug: A framework for the Web of Things	claim
72	130	A flexible context stabilization approach for self-adaptive application	claim
73	130	Congestion control and fairness in wireless sensor networks	claim
74	126	A survey of context modelling and reasoning techniques	claim
75	125	Social-K: Real-time K-anonymity guarantees for social network applications	claim
76	123	Measuring mobile phone energy consumption for 802.11 wireless networking	claim
77	123	Profiling sprints using on-body sensors	claim
78	121	Crowdsourced radiomap for room-level place recognition in urban environment	claim
79	120	A temporal RFID data model for querying physical objects	claim
80	117	Design of a Web-based distributed location-aware infrastructure for mobile devices	claim
81	117	HERO: Hybrid Emergency Route-Opening Protocol	claim
82	115	Predicting mobility events on personal devices	claim
83	114	Privacy-preserving admission to mobile peer-to-peer groups	claim
84	112	Interaction patterns for bridging the gap between sensor networks and the Sensor Web	claim
85	112	Integrating people-centric sensing with social networks: A privacy research agenda	claim
86	112	Detecting activities from body-worn accelerometers via instance-based algorithms	claim
87	109	Interactive streaming of structured data	claim
88	109	Concurrent scheduling in the Active Bat location system	claim
89	108	Situvis: A sensor data analysis and abstraction tool for pervasive computing systems	claim
90	106	Supporting multi-fidelity-aware concurrent applications in dynamic sensor networks	claim
91	106	Crowd-sourcing world models with OpenRoomMap	claim
92	104	Target tracking with packet delays and losses - QoI amid latencies and missing data	claim
93	97	Robopedia: Leveraging Sensorpedia for web-enabled robot control	claim
94	97	UpperWare: Bringing resources back to the system	claim
95	88	Estimating Personal Energy expenditure with location data	claim

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