Difference between revisions of "WEWSN 2009"
| Line 5: | Line 5: | ||
|Start date=2009/06/10 | |Start date=2009/06/10 | ||
|End date=2009/06/10 | |End date=2009/06/10 | ||
| + | |Submission deadline=2009/04/06 | ||
|Homepage=cone.informatik.uni-freiburg.de/wewsn09/ | |Homepage=cone.informatik.uni-freiburg.de/wewsn09/ | ||
|City=Marina Del Rey | |City=Marina Del Rey | ||
|State=California | |State=California | ||
| − | |Country= | + | |Country=USA |
| − | | | + | |presence=presence |
}} | }} | ||
''Wireless sensor networks offer a wealth of capabilities for interfacing the physical world with applications in environmental, industrial, and medical domains. A typical wireless sensor network is expected to work without human intervention for a long time period. Hence, energy efficiency is of paramount importance in wireless sensor networks in order to achieve maximum network lifetime. Due to the energy constraints of sensor devices, communication protocols and hardware architectures for wireless sensor networks necessitate an energy-aware design to ensure the longevity of the network. While most wireless sensor networks use battery-operated computing and sensing devices, new technologies such as energy harvesting have gained much attention in the research community recently. In addition, each layer of the communication protocol stack can employ various techniques to conserve energy with consideration of the hardware's capabilities to minimize energy expenditure. | ''Wireless sensor networks offer a wealth of capabilities for interfacing the physical world with applications in environmental, industrial, and medical domains. A typical wireless sensor network is expected to work without human intervention for a long time period. Hence, energy efficiency is of paramount importance in wireless sensor networks in order to achieve maximum network lifetime. Due to the energy constraints of sensor devices, communication protocols and hardware architectures for wireless sensor networks necessitate an energy-aware design to ensure the longevity of the network. While most wireless sensor networks use battery-operated computing and sensing devices, new technologies such as energy harvesting have gained much attention in the research community recently. In addition, each layer of the communication protocol stack can employ various techniques to conserve energy with consideration of the hardware's capabilities to minimize energy expenditure. | ||
| Line 17: | Line 18: | ||
Authors are invited to submit original, previously unpublished manuscripts that demonstrate current research related to energy in wireless sensor networks. Topics of interest include, but are not limited to the following featured topics: | Authors are invited to submit original, previously unpublished manuscripts that demonstrate current research related to energy in wireless sensor networks. Topics of interest include, but are not limited to the following featured topics: | ||
| − | + | * Architectures and protocols for energy management | |
| − | + | * Energy-aware data gathering and routing protocols | |
| − | + | * Wake-up scheduling algorithms | |
| − | + | * Duty cycle management | |
| − | + | * Data aggregation, conservation, optimization | |
| − | + | * Energy models for analysis and simulation | |
| − | + | * Resource management | |
| − | + | * Energy scavenging, energy harvesting | |
| − | + | * Coverage and connectivity algorithms | |
| − | + | * Cross-layer optimization | |
| − | + | * Energy and bandwidth efficient distributed signal processing | |
| − | + | * Medium access control and topology control | |
| − | + | * Error control protocols and fault-tolerance | |
| − | + | * Traffic management and congestion control | |
| − | + | * Energy-efficient system services (e.g. localization, time synchronization) | |
| − | + | * WSN hardware and operating systems | |
==Submissions== | ==Submissions== | ||
Revision as of 16:13, 30 September 2021
| WEWSN 2009 | |
|---|---|
2nd International Workshop on Energy in Wireless Sensor Networks
| |
| Dates | 2009/06/10 (iCal) - 2009/06/10 |
| Presence | presence |
| Homepage: | cone.informatik.uni-freiburg.de/wewsn09/ |
| Location | |
| Location: | Marina Del Rey, California, USA |
| Important dates | |
| Submissions: | 2009/04/06 |
| Table of Contents | |
Wireless sensor networks offer a wealth of capabilities for interfacing the physical world with applications in environmental, industrial, and medical domains. A typical wireless sensor network is expected to work without human intervention for a long time period. Hence, energy efficiency is of paramount importance in wireless sensor networks in order to achieve maximum network lifetime. Due to the energy constraints of sensor devices, communication protocols and hardware architectures for wireless sensor networks necessitate an energy-aware design to ensure the longevity of the network. While most wireless sensor networks use battery-operated computing and sensing devices, new technologies such as energy harvesting have gained much attention in the research community recently. In addition, each layer of the communication protocol stack can employ various techniques to conserve energy with consideration of the hardware's capabilities to minimize energy expenditure.
WEWSN intends to bring together the researchers working on various topics in wireless sensor networks with relation to energy. It will be held as a one-day workshop in conjunction with DCOSS'09, co-located with several related workshops on special topics in wireless networking, thus providing an ideal venue for researchers to share their ideas and discuss their latest research work.
Topics
Authors are invited to submit original, previously unpublished manuscripts that demonstrate current research related to energy in wireless sensor networks. Topics of interest include, but are not limited to the following featured topics:
- Architectures and protocols for energy management
- Energy-aware data gathering and routing protocols
- Wake-up scheduling algorithms
- Duty cycle management
- Data aggregation, conservation, optimization
- Energy models for analysis and simulation
- Resource management
- Energy scavenging, energy harvesting
- Coverage and connectivity algorithms
- Cross-layer optimization
- Energy and bandwidth efficient distributed signal processing
- Medium access control and topology control
- Error control protocols and fault-tolerance
- Traffic management and congestion control
- Energy-efficient system services (e.g. localization, time synchronization)
- WSN hardware and operating systems
Submissions
We only accept original papers that have neither been published nor submitted for publication elsewhere. Papers must be submitted in PDF format. Submitted papers must conform to the IEEE-Transactions format and should not exceed 8 pages. All submissions will be handled electronically via EasyChair. The use of LaTeX typesetting is highly recommended. It is your responsibility to make sure that the manuscript is free of printing problem. At least one of the authors of each accepted paper must attend the workshop and present the paper.
Important Dates
Paper submission: April 6, 2009
Notification of acceptance: April 27, 2009
Camera-ready version: May 3, 2009
Workshop date: June 10, 2009
Committees
General Chairs:
Christian Schindelhauer, Univ. of Freiburg, Germany
Stefan Rührup, Univ. of Freiburg, Germany
Program Committee
Davide Brunelli, University of Bologna, Italy
Adam Dunkels, Swedish Institute of Computer Science, Sweden
Holger Karl, University of Paderborn, Germany
Syed Ali Khayam, NUST Institute of Information Technology
Pedro José Marron, University of Stuttgart, Germany
Hartmut Ritter, Free University Berlin, Germany
Kay Uwe Römer, ETH Zürich, Switzerland
Kurt Rothermel, Universität Stuttgart, Germany
Stefan Rührup, Univ. of Freiburg, Germany (co-chair)
Zartash A. Uzmi, Lahore Univ. of Management Sci. (LUMS), Pakistan