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 IEEE projects from 2012-13, with deliverables including papers, presentations, reports, working procedures, and certification. New projects are welcome to partner with Ambitlick Solutions for implementation.
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Email Id: mailtonexgentech@gmail.com.
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Mobile: 9791938249,9025656779
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SCALABILITY CONCERNS OF CHIRP SPREAD SPECTRUM FOR LPWAN APPLICATIONSijasuc
Divergent modulation schemes have been proposed for the Internet of Things (IoT). Low Power Wide Area
Networks (LPWAN) technologies are gaining unprecedented acceptance in IoT application of sensor
networks. Chirp Spread Spectrum (CSS) is a prominent modulation technique proposed for LPWAN. Chirps
can traverse long distance and are resilient to noise and Doppler effects. Noise resilience along with
transmission range and low power requirement makes CSS a preferred modulation scheme for sensor
networks. LoRaWANTM, with its physical (PHY) layer using CSS, has emerged as the widely accepted
LPWAN solution. By using CSS modulation with orthogonal spreading factors (SF), LoRa offers wide
coverage to LPWAN applications while supporting a high volume of devices. However, scalability
performance of CSS has not been inadequately modeled. As with the suitability of the modulation scheme,
there are concerns on how chirps interact with the surrounding as the number of deployments bursts out
into higher volumes. We evaluate CSS at ISM band 868 MHz for spreading factor 7 to 12 at bandwidth 125
kHz for performance and scalability. Simultaneous transmissions were simulated with repeated iterations
and conclusions are arrived on collisions rate, packet error rate, and bit error. Suitability of using CSS for
sensor networks for future deployments is commended.
Ieee 2020 21 ns2 in pondicherry,best project center in pondicherry,final year...Nexgen Technology
Nexgen Technology Address:
Nexgen Technology
No :66,4th cross,Venkata nagar,
Near SBI ATM,
Puducherry.
Email Id: mailtonexgentech@gmail.com.
www.nexgenproject.com
Mobile: 9791938249,9025656779
NEXGEN TECHNOLOGY as an efficient Software Training Center located at Pondicherry with IT Training on IEEE Projects in Android,IEEE IT B.Tech Student Projects, Android Projects Training with Placements Pondicherry, IEEE projects in pondicherry, final IEEE Projects in Pondicherry , MCA, BTech, BCA Projects in Pondicherry, Bulk IEEE PROJECTS IN Pondicherry.So far we have reached almost all engineering colleges located in Pondicherry and around 90km
SCALABILITY CONCERNS OF CHIRP SPREAD SPECTRUM FOR LPWAN APPLICATIONSijasuc
Divergent modulation schemes have been proposed for the Internet of Things (IoT). Low Power Wide Area
Networks (LPWAN) technologies are gaining unprecedented acceptance in IoT application of sensor
networks. Chirp Spread Spectrum (CSS) is a prominent modulation technique proposed for LPWAN. Chirps
can traverse long distance and are resilient to noise and Doppler effects. Noise resilience along with
transmission range and low power requirement makes CSS a preferred modulation scheme for sensor
networks. LoRaWANTM, with its physical (PHY) layer using CSS, has emerged as the widely accepted
LPWAN solution. By using CSS modulation with orthogonal spreading factors (SF), LoRa offers wide
coverage to LPWAN applications while supporting a high volume of devices. However, scalability
performance of CSS has not been inadequately modeled. As with the suitability of the modulation scheme,
there are concerns on how chirps interact with the surrounding as the number of deployments bursts out
into higher volumes. We evaluate CSS at ISM band 868 MHz for spreading factor 7 to 12 at bandwidth 125
kHz for performance and scalability. Simultaneous transmissions were simulated with repeated iterations
and conclusions are arrived on collisions rate, packet error rate, and bit error. Suitability of using CSS for
sensor networks for future deployments is commended.
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2014 IEEE Network Simulations(NS-2&NS-3) based Network Communication ProjectsChinnasamy C
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Related to : final year project, Live project, Real time projects, Sensor Networks, Ad Hoc Network, Radio Networks, CRN, Multi Hop Network, etc....
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MANET Security
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Wi-Fi based projects
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NS2 Projects for Final Year Students, MANET, VANET, Ad-Hoc Networks...
Ambitlick 2012-13
1. IEEE -2012-13 Projects IN NS2
S.No Domain IEEE – Titles
1 Networking Mobility Increases the Connectivity of Wireless Networks
2 Networking The Intrusion Detection in Mobile Sensor Network
Low-Complexity Scheduling Algorithms for Multichannel
3 Networking
Downlink Wireless Networks
Efficient Algorithms for Neighbor Discovery in Wireless
4 Networking
Networks
Timescale Decoupled Routing and Rate Control in
5 Networking
Intermittently Connected Networks
Making Sensor Networks Immortal: An Energy-Renewal
6 Networking
Approach With Wireless Power Transfer
Exploring the Design Space of Multichannel Peer-to-Peer
7 Networking
Live Video Streaming Systems
8 Networking On Replication Algorithm in P2P VoD
Design, Implementation, and Performance of a Load
9 Networking
Balancer for SIP Server Clusters
Pricing-Based Decentralized Spectrum Access Control in
10 Networking
Cognitive Radio Networks
Limitations of Generating a Secret Key Using Wireless
11 Networking
Fading Under Active Adversary
Mobile A Neighbor Coverage based Probabilistic Rebroadcast for
12
Computing Reducing Routing Overhead in Mobile Ad hoc Networks
Mobile Path Selection under Budget Constraints in Multi-hop
13
Computing Cognitive Radio Networks
Ambit lick Solutions Phone: 8940956123
Mail Id : Ambitlick@gmail.com , Ambitlicksolutions@gmail.Com
2. S.No Domain IEEE – Titles
Mobile ALERT: An Anonymous Location-based Efficient
14
Computing Routing Protocol in MANETs
Design and Analysis of Adaptive Receiver Transmission
Mobile
15 Protocols for Receiver Blocking Problem in Wireless Ad-
Computing
Hoc Networks
Mobile Joint Optimal Sensor Selection and Scheduling in
16
Computing Dynamic Spectrum Access Networks
Mobile Fast Data Collection in Tree-Based Wireless Sensor
17
Computing Networks
Mobile Toward Reliable Data Delivery for Highly Dynamic
18
Computing Mobile Ad Hoc Networks
Mobile Hop-by-Hop Routing in Wireless Mesh Networks with
19
Computing Bandwidth Guarantees
Mobile Handling Selfishness in Replica Allocation over a Mobile
20
Computing Ad Hoc Network
Mobile Efficient and Fair Bandwidth Allocation in Multichannel
21
Computing Cognitive Radio Networks
Wireless
USOR An Unobservable Secure On-Demand Routing
22 communicatio
Protocol for Mobile Ad Hoc Networks
n
Parallel and
Catching Packet Droppers and Modifiers in Wireless
23 Distributed
Sensor Networks
Systems,
FOR MORE IEEE 2012-13 PROJECTS
Ambit lick Solutions Phone: 8940956123
Mail Id : Ambitlick@gmail.com , Ambitlicksolutions@gmail.Com
3. CONTACT
Ambitlick@gmail.com, Phone: 8940956123
PROJECT SUPPORTS £ DELIVERABLES
1. Project Abstract
2. IEEE Paper
3. PPT / Review Details
4. Project Report
5. Working Procedure
6. Screen Shots
7. Video Files
8. Materials & Books
9. Project Certification
New Projects Are Welcome To
Ambit lick Solutions Phone: 8940956123
Mail Id : Ambitlick@gmail.com , Ambitlicksolutions@gmail.Com
4. Implementation with Us
Ambit lick Solutions Phone: 8940956123
Mail Id : Ambitlick@gmail.com , Ambitlicksolutions@gmail.Com