Low cost N2 2013 IEEE projects
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Bulk Projects For sale IEEE 2009-10-11-12-13 PAPERS AVILABLE. We are providing low cost project for final year student projects. Solved 2010 -2011 -2012 - 2013 IEEE in all the domain Mobile : 8940956123 E-Mail : ambitlick@gmail.com, INNOVATIVE TITLES ARE ALSO WELLCOME TO DO WITH US For All BE/BTech, ME/MTech, MSC/MCA/MS , and diplamo graduates PROJECT SUPPORTS & DELIVERABLES •Project Abstract •IEEE Paper •PPT / Review Details •Project Report •Working Procedure in Video •Screen Shots •Materials & Books in CD •Project Certification
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Embassy
This document describes an Embassy Administration portal that aims to centralize and automate manual processes at a college. [1] The portal allows separate login access for staff, parents, students and other members of the college. [2] It displays student results, attendance, and performance for parents to view as well as enables communication between parents and faculty. [3] The system conducts model and unit examinations.
Adaptive weight factor estimation from user review 1
This document proposes a novel technique called Adjacent Pair Priorities (APP) to estimate weight factors for quality of service parameters in vertical handoff decision algorithms. The APP technique allows users to set relative priority levels for adjacent pairs of QoS parameters in descending order using an exponential mapping. This adaptive approach controls the width of the weight distribution to provide flexibility for users. The document outlines the system requirements, block diagram, modules and references several research papers on vertical handoff decision schemes and network selection algorithms.
Enhancing Downlink Performance in Wireless Networks by Simultaneous Multiple ...
This document discusses enhancing the downlink performance of wireless networks through simultaneous multiple packet transmission (MPT). MPT allows an access point to simultaneously transmit two packets to two distinct users, effectively doubling throughput. The paper formalizes scheduling packets for transmission as a maximum matching problem in a graph. It also presents a fast approximation algorithm for finding a matching and analyzes how MPT can increase maximum arrival rates and reduce packet delays.
Computing localized power efficient data
The document describes localized, self-organizing approaches for constructing energy-efficient data aggregation trees in sensor networks. It proposes Localized Power-Efficient Data Aggregation Protocols (L-PEDAPs) that use localized structures like LMST and RNG to approximate a minimum spanning tree. L-PEDAP then constructs an actual routing tree over these structures using localized parent selection strategies. Simulation results show L-PEDAP can achieve close to 90% of a theoretical upper bound on network lifetime derived in the paper, outperforming centralized solutions while meeting requirements like distributed operation, scalability, and robustness to failures.
An energy efficient protocol with static clustering for wsn
EEPSC is an energy-efficient routing protocol for wireless sensor networks that uses static clustering to help extend the lifetime of sensor networks. It partitions the network into static clusters during an initial setup phase to eliminate the overhead of dynamic clustering. It then selects high-energy sensor nodes within each cluster to serve as temporary cluster heads and regular cluster heads to help distribute the energy load. The protocol is intended to outperform LEACH in terms of network lifetime and power consumption by avoiding the cost of dynamic clustering and engaging high-power nodes for important roles.
DCIM: Distributed Cache Invalidation Method for Maintaining Cache Consistency...
DCIM: Distributed Cache Invalidation
Method for Maintaining Cache Consistency
in Wireless Mobile Networks
Partial Doc , For more project contact : Ambitlick@gmail.com , PH : 8940956123
Low cost Java 2013 IEEE projects
Bulk Projects For sale
IEEE 2009-10-11-12-13 PAPERS AVILABLE.
We are providing low cost project for final year student projects.
Solved 2010 -2011 -2012 - 2013 IEEE in all the domain
Mobile : 8940956123
E-Mail : ambitlick@gmail.com,
INNOVATIVE TITLES ARE ALSO WELLCOME TO DO WITH US
For All BE/BTech, ME/MTech, MSC/MCA/MS , and diplamo graduates
PROJECT SUPPORTS & DELIVERABLES
•Project Abstract
•IEEE Paper
•PPT / Review Details
•Project Report
•Working Procedure in Video
•Screen Shots
•Materials & Books in CD
•Project Certification
Ambitlick ns2 2013
This document lists 15 potential 2013 IEEE NS2 project titles related to wireless networks and sensor networks. It includes projects on topics like capacity of hybrid wireless mesh networks, delay-optimal broadcast in multihop wireless networks, detection of spoofing attackers, and harvesting-aware energy management for wireless sensor networks. The document provides contact information for a company called Ambitlick Solutions that offers support and deliverables for IEEE projects, including project abstracts, papers, presentations, reports, and certification.
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Embassy
This document describes an Embassy Administration portal that aims to centralize and automate manual processes at a college. [1] The portal allows separate login access for staff, parents, students and other members of the college. [2] It displays student results, attendance, and performance for parents to view as well as enables communication between parents and faculty. [3] The system conducts model and unit examinations.
Adaptive weight factor estimation from user review 1
This document proposes a novel technique called Adjacent Pair Priorities (APP) to estimate weight factors for quality of service parameters in vertical handoff decision algorithms. The APP technique allows users to set relative priority levels for adjacent pairs of QoS parameters in descending order using an exponential mapping. This adaptive approach controls the width of the weight distribution to provide flexibility for users. The document outlines the system requirements, block diagram, modules and references several research papers on vertical handoff decision schemes and network selection algorithms.
Enhancing Downlink Performance in Wireless Networks by Simultaneous Multiple ...
This document discusses enhancing the downlink performance of wireless networks through simultaneous multiple packet transmission (MPT). MPT allows an access point to simultaneously transmit two packets to two distinct users, effectively doubling throughput. The paper formalizes scheduling packets for transmission as a maximum matching problem in a graph. It also presents a fast approximation algorithm for finding a matching and analyzes how MPT can increase maximum arrival rates and reduce packet delays.
Computing localized power efficient data
The document describes localized, self-organizing approaches for constructing energy-efficient data aggregation trees in sensor networks. It proposes Localized Power-Efficient Data Aggregation Protocols (L-PEDAPs) that use localized structures like LMST and RNG to approximate a minimum spanning tree. L-PEDAP then constructs an actual routing tree over these structures using localized parent selection strategies. Simulation results show L-PEDAP can achieve close to 90% of a theoretical upper bound on network lifetime derived in the paper, outperforming centralized solutions while meeting requirements like distributed operation, scalability, and robustness to failures.
An energy efficient protocol with static clustering for wsn
EEPSC is an energy-efficient routing protocol for wireless sensor networks that uses static clustering to help extend the lifetime of sensor networks. It partitions the network into static clusters during an initial setup phase to eliminate the overhead of dynamic clustering. It then selects high-energy sensor nodes within each cluster to serve as temporary cluster heads and regular cluster heads to help distribute the energy load. The protocol is intended to outperform LEACH in terms of network lifetime and power consumption by avoiding the cost of dynamic clustering and engaging high-power nodes for important roles.
DCIM: Distributed Cache Invalidation Method for Maintaining Cache Consistency...
DCIM: Distributed Cache Invalidation
Method for Maintaining Cache Consistency
in Wireless Mobile Networks
Partial Doc , For more project contact : Ambitlick@gmail.com , PH : 8940956123
Low cost Java 2013 IEEE projects
Bulk Projects For sale
IEEE 2009-10-11-12-13 PAPERS AVILABLE.
We are providing low cost project for final year student projects.
Solved 2010 -2011 -2012 - 2013 IEEE in all the domain
Mobile : 8940956123
E-Mail : ambitlick@gmail.com,
INNOVATIVE TITLES ARE ALSO WELLCOME TO DO WITH US
For All BE/BTech, ME/MTech, MSC/MCA/MS , and diplamo graduates
PROJECT SUPPORTS & DELIVERABLES
•Project Abstract
•IEEE Paper
•PPT / Review Details
•Project Report
•Working Procedure in Video
•Screen Shots
•Materials & Books in CD
•Project Certification
Ambitlick ns2 2013
This document lists 15 potential 2013 IEEE NS2 project titles related to wireless networks and sensor networks. It includes projects on topics like capacity of hybrid wireless mesh networks, delay-optimal broadcast in multihop wireless networks, detection of spoofing attackers, and harvesting-aware energy management for wireless sensor networks. The document provides contact information for a company called Ambitlick Solutions that offers support and deliverables for IEEE projects, including project abstracts, papers, presentations, reports, and certification.
Low cost Java IEEE Projects 2013
This document lists over 40 potential 2013 IEEE Java Dotnet project titles across various domains including wireless networks, mobile computing, network security, data mining, cloud computing, parallel and distributed computing, and multimedia/image processing. The projects focus on technical topics such as wireless sensor networks, wireless mesh networks, cognitive radio networks, mobile ad hoc networks, network coding, video streaming, machine learning, data warehousing, and more. Project deliverables include an abstract, IEEE paper, presentation, report, working prototype or proof of concept, and certification. Bulk older and new projects can be provided at a low cost.
Handling selfishness in replica allocation
The document discusses techniques for handling selfish nodes in replica allocation over mobile ad hoc networks. It aims to reduce traffic overhead while maintaining high data accessibility. The techniques include a selfish node detection algorithm that considers partial selfishness and novel replica allocation methods to address issues caused by selfish nodes hoarding replicas for their own benefit instead of sharing memory space. Simulations are used to evaluate the performance of these techniques in improving data delivery rates.
Mutual distance bounding protocols
Mutual Distance Bounding Protocols enable entities to determine an upper bound on their physical distance and authenticate each other. They have been actively researched due to distance-based attacks on wireless systems like RFID. While most protocols provide unilateral authentication of a tag to a reader, one was proposed to provide mutual authentication with a lower false acceptance rate. However, this analysis is shown to overestimate security, as a new attack achieves a higher false acceptance rate. A method is also introduced to modify existing unilateral authentication protocols into mutual authentication protocols.
Moderated group authoring system for campus wide workgroups
This paper describes a distributed authoring system for campus workgroups that allows group members to modify any document type using their own devices. Each member maintains an updatable copy of shared content, and read-only copies are distributed asynchronously based on wireless availability. Group members manually reconcile updates through moderation, merging changes from others into their copy. Over time, successive moderation converges all copies into a single version. An evaluation found the asynchronous update model effective and the moderation process intuitive for students.
Efficient spread spectrum communication without pre shared secrets
This document proposes a new mechanism called Time Reversed Message Extraction and Key Scheduling (TREKS) that allows for efficient spread spectrum communication without pre-shared secrets. TREKS is four orders of magnitude faster than previous solutions to this problem. It enables long-term spread spectrum communication with optimal energy costs, minimal storage overhead, and a computation cost at most twice traditional spread spectrum. The approach was evaluated through simulations and experiments sustaining 1Mbps communication spread over 100 Megachips per second using modest hardware.
IEEE -2012-13 Projects IN NS2
The document lists 23 networking and mobile computing projects implemented in NS2. It includes projects on topics like mobility in wireless networks, intrusion detection, neighbor discovery, energy renewal with wireless power transfer, load balancing, and spectrum access control. Contact information is provided for those interested in the project reports, presentations, source code, or implementing new projects.
Integrated institutional portal
The document proposes an Integrated Institutional Portal that allows all colleges and institutions within a university or district to share information. [1] The portal would allow students and staff from different colleges to discuss and request information from one another through blogs, forums and by publishing notices. [2] Currently, each college maintains separate portals without a common forum for communication. [3] The proposed centralized portal managed by a super administrator would make all college information like results, events and departments accessible to benefit students and staff across institutions.
Crm
The document proposes a customer relationship management system (CRMS) to help space marketing executives, managers, and management interact and share information online. The existing CRMS is manual and DOS-based, which has disadvantages like a distributed database, obsolete technology, and low efficiency. The proposed system is a web-based online CRMS designed for the space marketing department. It allows monitoring executive calls, tracking performance, and sharing information among departments to improve customer relationships and business operations. The system has modules for corporate administration, regional management, center management, and executives to organize work and monitor progress at different levels.
Mutual distance bounding protocols
Mutual Distance Bounding Protocols enable entities to determine an upper bound on their physical distance and authenticate each other. They have been actively researched due to distance-based attacks on wireless systems like RFID. While most protocols provide unilateral authentication of a tag to a reader, one was proposed to provide mutual authentication with a lower false acceptance rate. However, this analysis is shown to overestimate security, as a new attack achieves a higher false acceptance rate. A method is also introduced to modify existing unilateral authentication protocols into mutual authentication protocols.
Moderated group authoring system for campus wide workgroups
This paper describes a distributed authoring system for campus workgroups that allows group members to modify any document type using their own devices. Each member maintains an updatable copy of shared content, and read-only copies are distributed based on wireless availability. Group members manually reconcile updates through moderation, merging changes from others into their copy. Over time, successive moderations converge the multiple versions into a single version. An evaluation found the asynchronous update propagation and moderation process intuitive for students.
Efficient spread spectrum communication without pre shared secrets
This document proposes a new mechanism called Time Reversed Message Extraction and Key Scheduling (TREKS) that allows for efficient spread spectrum communication without pre-shared secrets. TREKS is four orders of magnitude faster than previous solutions to this problem and enables long-term spread spectrum communication without establishing keys. It was evaluated through simulation and on a testbed and can sustain 1Mbps communication spread over a 100 Megachips bandwidth in real-time, with provably optimal energy cost and minimal storage overhead.
Comments on “mabs multicast authentication based on batch signature”
This document summarizes and critiques the MABS-DSA protocol proposed by Zhou et al. for multicast authentication using batch verification. While MABS-DSA was intended to increase efficiency and security over other implementations, the author finds through reexamination of the arithmetic that the algorithm is actually incorrect and batch signature verification would fail almost always, even when individual packets were properly signed by an honest sender. The key issue is a flaw in protocol correctness rather than the intended security improvements.
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage In Sen...
The document proposes a new probabilistic coverage protocol (PCP) for sensor networks that can employ different sensing models. PCP aims to address the costly task of designing and testing different coverage protocols for each sensing model. It works with common disk sensing models as well as probabilistic sensing models with minimal changes. Simulation results show that PCP outperforms other deterministic and probabilistic protocols in terms of number of activated sensors, total energy consumed, and network lifetime while being robust against failures and inaccuracies.
Energy efficient protocol for deterministic
The document describes a new probabilistic coverage protocol (PCP) for sensor networks that can employ both deterministic and probabilistic sensing models. PCP works by activating sensors to construct an approximate triangular lattice over the monitored area. It is more energy efficient than previous protocols by reducing the number of activated sensors needed for coverage. Simulation results show PCP outperforms other protocols in terms of energy consumption and network lifetime while maintaining coverage under various conditions.
Estimating Parameters of Multiple Heterogeneous Target Objects Using Composit...
This article proposes a method for estimating parameters of multiple heterogeneous target objects (objects with different sizes and shapes) using networked binary sensors. The sensors are simple and only report detections, but no individual sensor location is known. The method introduces "composite sensor nodes" containing multiple sensors in a fixed arrangement. This provides relative location information to help distinguish individual target objects. As an example, the article considers a composite node with two sensors on a line segment. Measures from these nodes can identify target shapes and estimate object parameters like radius and side lengths. Numerical tests demonstrate networked composite sensors can estimate parameters of multiple target objects.
A Privacy-Preserving Location Monitoring System for Wireless Sensor Networks
This document proposes a privacy-preserving location monitoring system for wireless sensor networks. The system uses two in-network location anonymization algorithms:
1) A resource-aware algorithm that aims to minimize communication and computational costs by having each sensor node find a cloaked area containing at least k persons and report only aggregate location information.
2) A quality-aware algorithm that aims to maximize accuracy by iteratively refining cloaked areas reported by the resource-aware algorithm to minimize their size, while still maintaining k-anonymity.
The system collects anonymous aggregate location information to build a spatial histogram for estimating person distributions and answering queries about aggregate locations, while preserving individuals' location privacy against potential attacks from untrusted
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage In Sen...
The document proposes a new probabilistic coverage protocol (PCP) for sensor networks that can employ different sensing models. PCP aims to address the costly task of designing and testing different coverage protocols for each sensing model. It works with common disk sensing models as well as probabilistic sensing models with minimal changes. Simulation results show that PCP outperforms other deterministic and probabilistic protocols in terms of number of activated sensors, total energy consumed, and network lifetime while being robust against failures and inaccuracies.
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage in Sen...
This document describes a new probabilistic coverage protocol (PCP) for sensor networks that can employ both deterministic and probabilistic sensing models. The PCP aims to be general, efficient in terms of energy consumption, and able to provide probabilistic coverage of a target area above a given threshold. It is shown to work with common disk sensing models as well as more realistic probabilistic models. Through simulations, the PCP is found to outperform other protocols in aspects like number of active sensors, total energy consumed, and network lifetime.
On Multihop Distances in Wireless Sensor Networks with Random Node Locations
The document analyzes the distribution of maximum multihop distances in wireless sensor networks with random node locations. It proposes a greedy method to maximize the multihop distance in 2D networks by restricting propagation direction outward from the source in each hop and searching for the furthest neighbor. This differs from prior work modeling 1D networks that used a Gaussian distribution, which is shown to not accurately model 2D distances. The paper transforms the Gamma distribution to effectively approximate maximum distances in 2D and provides a more consistent representation of the multihop distance distribution compared to the Gaussian model. It derives the expected value and standard deviation of distances using the Gamma approximation and compares to simulation results.
Accurate and Energy-Efficient Range-Free Localization for Mobile Sensor Networks
The document summarizes an algorithm called WMCL that improves the sampling efficiency and localization accuracy of existing SMC-based localization algorithms for mobile sensor networks. WMCL achieves higher sampling efficiency by further reducing the size of sensor nodes' bounding boxes, which restrict the scope from which candidate samples are selected, by up to 87%. This improves the sampling efficiency by up to 95%. WMCL also improves localization accuracy by using estimated position information from sensor neighbors, achieving similar accuracy with less communication and computation compared to other algorithms using similar methods.
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Low cost Java IEEE Projects 2013
This document lists over 40 potential 2013 IEEE Java Dotnet project titles across various domains including wireless networks, mobile computing, network security, data mining, cloud computing, parallel and distributed computing, and multimedia/image processing. The projects focus on technical topics such as wireless sensor networks, wireless mesh networks, cognitive radio networks, mobile ad hoc networks, network coding, video streaming, machine learning, data warehousing, and more. Project deliverables include an abstract, IEEE paper, presentation, report, working prototype or proof of concept, and certification. Bulk older and new projects can be provided at a low cost.
Handling selfishness in replica allocation
The document discusses techniques for handling selfish nodes in replica allocation over mobile ad hoc networks. It aims to reduce traffic overhead while maintaining high data accessibility. The techniques include a selfish node detection algorithm that considers partial selfishness and novel replica allocation methods to address issues caused by selfish nodes hoarding replicas for their own benefit instead of sharing memory space. Simulations are used to evaluate the performance of these techniques in improving data delivery rates.
Mutual distance bounding protocols
Mutual Distance Bounding Protocols enable entities to determine an upper bound on their physical distance and authenticate each other. They have been actively researched due to distance-based attacks on wireless systems like RFID. While most protocols provide unilateral authentication of a tag to a reader, one was proposed to provide mutual authentication with a lower false acceptance rate. However, this analysis is shown to overestimate security, as a new attack achieves a higher false acceptance rate. A method is also introduced to modify existing unilateral authentication protocols into mutual authentication protocols.
Moderated group authoring system for campus wide workgroups
This paper describes a distributed authoring system for campus workgroups that allows group members to modify any document type using their own devices. Each member maintains an updatable copy of shared content, and read-only copies are distributed asynchronously based on wireless availability. Group members manually reconcile updates through moderation, merging changes from others into their copy. Over time, successive moderation converges all copies into a single version. An evaluation found the asynchronous update model effective and the moderation process intuitive for students.
Efficient spread spectrum communication without pre shared secrets
This document proposes a new mechanism called Time Reversed Message Extraction and Key Scheduling (TREKS) that allows for efficient spread spectrum communication without pre-shared secrets. TREKS is four orders of magnitude faster than previous solutions to this problem. It enables long-term spread spectrum communication with optimal energy costs, minimal storage overhead, and a computation cost at most twice traditional spread spectrum. The approach was evaluated through simulations and experiments sustaining 1Mbps communication spread over 100 Megachips per second using modest hardware.
IEEE -2012-13 Projects IN NS2
The document lists 23 networking and mobile computing projects implemented in NS2. It includes projects on topics like mobility in wireless networks, intrusion detection, neighbor discovery, energy renewal with wireless power transfer, load balancing, and spectrum access control. Contact information is provided for those interested in the project reports, presentations, source code, or implementing new projects.
Integrated institutional portal
The document proposes an Integrated Institutional Portal that allows all colleges and institutions within a university or district to share information. [1] The portal would allow students and staff from different colleges to discuss and request information from one another through blogs, forums and by publishing notices. [2] Currently, each college maintains separate portals without a common forum for communication. [3] The proposed centralized portal managed by a super administrator would make all college information like results, events and departments accessible to benefit students and staff across institutions.
Crm
The document proposes a customer relationship management system (CRMS) to help space marketing executives, managers, and management interact and share information online. The existing CRMS is manual and DOS-based, which has disadvantages like a distributed database, obsolete technology, and low efficiency. The proposed system is a web-based online CRMS designed for the space marketing department. It allows monitoring executive calls, tracking performance, and sharing information among departments to improve customer relationships and business operations. The system has modules for corporate administration, regional management, center management, and executives to organize work and monitor progress at different levels.
Mutual distance bounding protocols
Mutual Distance Bounding Protocols enable entities to determine an upper bound on their physical distance and authenticate each other. They have been actively researched due to distance-based attacks on wireless systems like RFID. While most protocols provide unilateral authentication of a tag to a reader, one was proposed to provide mutual authentication with a lower false acceptance rate. However, this analysis is shown to overestimate security, as a new attack achieves a higher false acceptance rate. A method is also introduced to modify existing unilateral authentication protocols into mutual authentication protocols.
Moderated group authoring system for campus wide workgroups
This paper describes a distributed authoring system for campus workgroups that allows group members to modify any document type using their own devices. Each member maintains an updatable copy of shared content, and read-only copies are distributed based on wireless availability. Group members manually reconcile updates through moderation, merging changes from others into their copy. Over time, successive moderations converge the multiple versions into a single version. An evaluation found the asynchronous update propagation and moderation process intuitive for students.
Efficient spread spectrum communication without pre shared secrets
This document proposes a new mechanism called Time Reversed Message Extraction and Key Scheduling (TREKS) that allows for efficient spread spectrum communication without pre-shared secrets. TREKS is four orders of magnitude faster than previous solutions to this problem and enables long-term spread spectrum communication without establishing keys. It was evaluated through simulation and on a testbed and can sustain 1Mbps communication spread over a 100 Megachips bandwidth in real-time, with provably optimal energy cost and minimal storage overhead.
Comments on “mabs multicast authentication based on batch signature”
This document summarizes and critiques the MABS-DSA protocol proposed by Zhou et al. for multicast authentication using batch verification. While MABS-DSA was intended to increase efficiency and security over other implementations, the author finds through reexamination of the arithmetic that the algorithm is actually incorrect and batch signature verification would fail almost always, even when individual packets were properly signed by an honest sender. The key issue is a flaw in protocol correctness rather than the intended security improvements.
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage In Sen...
The document proposes a new probabilistic coverage protocol (PCP) for sensor networks that can employ different sensing models. PCP aims to address the costly task of designing and testing different coverage protocols for each sensing model. It works with common disk sensing models as well as probabilistic sensing models with minimal changes. Simulation results show that PCP outperforms other deterministic and probabilistic protocols in terms of number of activated sensors, total energy consumed, and network lifetime while being robust against failures and inaccuracies.
Energy efficient protocol for deterministic
The document describes a new probabilistic coverage protocol (PCP) for sensor networks that can employ both deterministic and probabilistic sensing models. PCP works by activating sensors to construct an approximate triangular lattice over the monitored area. It is more energy efficient than previous protocols by reducing the number of activated sensors needed for coverage. Simulation results show PCP outperforms other protocols in terms of energy consumption and network lifetime while maintaining coverage under various conditions.
Estimating Parameters of Multiple Heterogeneous Target Objects Using Composit...
This article proposes a method for estimating parameters of multiple heterogeneous target objects (objects with different sizes and shapes) using networked binary sensors. The sensors are simple and only report detections, but no individual sensor location is known. The method introduces "composite sensor nodes" containing multiple sensors in a fixed arrangement. This provides relative location information to help distinguish individual target objects. As an example, the article considers a composite node with two sensors on a line segment. Measures from these nodes can identify target shapes and estimate object parameters like radius and side lengths. Numerical tests demonstrate networked composite sensors can estimate parameters of multiple target objects.
A Privacy-Preserving Location Monitoring System for Wireless Sensor Networks
This document proposes a privacy-preserving location monitoring system for wireless sensor networks. The system uses two in-network location anonymization algorithms:
1) A resource-aware algorithm that aims to minimize communication and computational costs by having each sensor node find a cloaked area containing at least k persons and report only aggregate location information.
2) A quality-aware algorithm that aims to maximize accuracy by iteratively refining cloaked areas reported by the resource-aware algorithm to minimize their size, while still maintaining k-anonymity.
The system collects anonymous aggregate location information to build a spatial histogram for estimating person distributions and answering queries about aggregate locations, while preserving individuals' location privacy against potential attacks from untrusted
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage In Sen...
The document proposes a new probabilistic coverage protocol (PCP) for sensor networks that can employ different sensing models. PCP aims to address the costly task of designing and testing different coverage protocols for each sensing model. It works with common disk sensing models as well as probabilistic sensing models with minimal changes. Simulation results show that PCP outperforms other deterministic and probabilistic protocols in terms of number of activated sensors, total energy consumed, and network lifetime while being robust against failures and inaccuracies.
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage in Sen...
This document describes a new probabilistic coverage protocol (PCP) for sensor networks that can employ both deterministic and probabilistic sensing models. The PCP aims to be general, efficient in terms of energy consumption, and able to provide probabilistic coverage of a target area above a given threshold. It is shown to work with common disk sensing models as well as more realistic probabilistic models. Through simulations, the PCP is found to outperform other protocols in aspects like number of active sensors, total energy consumed, and network lifetime.
On Multihop Distances in Wireless Sensor Networks with Random Node Locations
The document analyzes the distribution of maximum multihop distances in wireless sensor networks with random node locations. It proposes a greedy method to maximize the multihop distance in 2D networks by restricting propagation direction outward from the source in each hop and searching for the furthest neighbor. This differs from prior work modeling 1D networks that used a Gaussian distribution, which is shown to not accurately model 2D distances. The paper transforms the Gamma distribution to effectively approximate maximum distances in 2D and provides a more consistent representation of the multihop distance distribution compared to the Gaussian model. It derives the expected value and standard deviation of distances using the Gamma approximation and compares to simulation results.
Accurate and Energy-Efficient Range-Free Localization for Mobile Sensor Networks
The document summarizes an algorithm called WMCL that improves the sampling efficiency and localization accuracy of existing SMC-based localization algorithms for mobile sensor networks. WMCL achieves higher sampling efficiency by further reducing the size of sensor nodes' bounding boxes, which restrict the scope from which candidate samples are selected, by up to 87%. This improves the sampling efficiency by up to 95%. WMCL also improves localization accuracy by using estimated position information from sensor neighbors, achieving similar accuracy with less communication and computation compared to other algorithms using similar methods.
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Comments on “mabs multicast authentication based on batch signature”
Comments on “mabs multicast authentication based on batch signature”
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage In Sen...
Energy-Efficient Protocol for Deterministic and Probabilistic Coverage In Sen...
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How to Manage Reception Report in Odoo 17
A business may deal with both sales and purchases occasionally. They buy things from vendors and then sell them to their customers. Such dealings can be confusing at times. Because multiple clients may inquire about the same product at the same time, after purchasing those products, customers must be assigned to them. Odoo has a tool called Reception Report that can be used to complete this assignment. By enabling this, a reception report comes automatically after confirming a receipt, from which we can assign products to orders.
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