CS^3: Cloud & Smart System Services Lab

Congratulations,?Kalash .,?for receiving the Institute medal during the 22nd Convocation of NIT Karnataka Surathkal. He did a good Masters thesis work on the area of #blockchain. The work has been accepted and will be presented on 26th ICDCN, Hyderabad, Jan'25. We are also proud of other Masters students who recently graduated and obtained degrees in recent convocation. Omkar Chand Deshlahre Madhunisha Eswaramoorthy Satyajeet Hazarika

Three new Papers accepted at 26th International Conference on Distributed Computing and Networking (#ICDCN 2026). 1. Enhancing Security in Smart Contract Wallets : An OTP Based 2-Factor Authentication Approach, Kalash (NIT Surathkal, India), Bishakh Ghosh (IIT Kharagpur) and Sourav Kanti Addya, Ph.D. (NIT Surathkal, India). (Distributed Computing Track?Full Paper). 2. LitE: Load Balanced Virtual Data Center Embedding for Energy Efficiency in Data Centers, Preetham N Gowda , Sourav Kanti Addya, Ph.D. , Keerthan Kumar T G and Saumya Hegde (NIT Surathkal, India). (Networking Track?Full Paper) 3. Adaptive Workload Management for Enhanced Function Performance in Serverless Computings, Priyanka Ashok Birajdar (NIT Surathkal, India), Anurag Satpathy (MUST, USA), Sourav Kanti Addya, Ph.D. (NIT Surathkal, India). (Poster and Demo Track).

Three new Papers accepted at 26th International Conference on Distributed Computing and Networking (#ICDCN 2026). 1. Enhancing Security in Smart Contract Wallets : An OTP Based 2-Factor Authentication Approach, Kalash (NIT Surathkal, India), Bishakh Ghosh (IIT Kharagpur) and Sourav Kanti Addya, Ph.D. (NIT Surathkal, India). (Distributed Computing Track?Full Paper). 2. LitE: Load Balanced Virtual Data Center Embedding for Energy Efficiency in Data Centers, Preetham N Gowda , Sourav Kanti Addya, Ph.D. , Keerthan Kumar T G and Saumya Hegde (NIT Surathkal, India). (Networking Track?Full Paper) 3. Adaptive Workload Management for Enhanced Function Performance in Serverless Computings, Priyanka Ashok Birajdar (NIT Surathkal, India), Anurag Satpathy (MUST, USA), Sourav Kanti Addya, Ph.D. (NIT Surathkal, India). (Poster and Demo Track).

If you are looking for a new #emulator #framework for #cloud #data #center network with #SDN support, then here is our recent contribution EFraS (https://lnkd.in/gWyXA_Gb). No current emulator is available with SDN for Virtual Network Request (VNR). So far, researchers are using simulators such as GLPK, Alevin, CloudSim, Alib Utility, etc., which have their own limitations. EFraS offers various functionalities, including generating real-world SN topologies and VNRs. Additionally, it integrates with a diverse set of evaluation metrics to streamline the testing and validation process. EFraS leverages Mininet, Ryu controller, and OpenFlow switches to emulate real-time setups closely. Our EFarS is openly available on #GitHub. The primary contributors for EFraS are CS^3 lab members Keerthan Kumar T G and Shivangi Tomar. Co-authors: Sourav Kanti Addya, Ph.D., Anurag Satpathy, Ph.D., Shashidhar G.?Koolagudi. #journal #cloudcomputing #simulator #emulator #mininet #EFarS #datacenter #network PRO NITK SURATHKAL

Another milestone work on #serverless is online now https://lnkd.in/eWKuYzB7 We have presented this work in 2024 PerCom. #cloud #serverlesscomputing #iot

New Paper online: https://lnkd.in/gZdD9bfN Jui Morey Anurag Satpathy, Ph.D. Sourav Kanti Addya, Ph.D. #cloud #cloudcomputing #iot #fog

Attending PerCom 2024, Biarritz, France. will present our paper LEASE: Leveraging Energy Awareness for Severless Edge. The primarily by Aastik Verma, an M.Tech Scholar of our Lab. In collaboration with Anurag Satpathy, Ph.D. and Sajal K. Das #percom #edgecomputing #serverlesscomputing CS^3: Cloud & Smart System Services Lab NITK SURATHKAL

Serverless computing?has started gaining momentum in today's computing infrastructure, more specifically with #edge due to the rapid growth in the adoption of numerous portable infrastructures, such as smartphones and IoT devices. Serverless helps to easy deployment of #stateless applications. Following are CS^3: Cloud & Smart System Services Lab contributions on #serverlesscomputing in recent years. 1. Optimizing Completion Time of Requests in Serverless Computing https://lnkd.in/ggYYCWkM 2. ESMA: Towards elevating system happiness in a decentralized serverless edge computing framework https://lnkd.in/g345t_wc 3. FASE: fast deployment for dependent applications in serverless environments https://lnkd.in/g3mZU2As 4. A Time Series Forecasting Approach to Minimize Cold Start Time in Cloud-Serverless Platform https://lnkd.in/gXYPdiju 5. LCS : Alleviating Total Cold Start Latency in Serverless Applications with LRU Warm Container Approach https://lnkd.in/gzn4mNaW 6. A Preliminary Study of Serverless Platforms for Latency Sensitive Applications https://lnkd.in/gFUhxSAJ For more details publications: https://lnkd.in/gaj7XZrq #faas #edgecomputing #serverless #serverlessarchitecture #cloudcomputing #container #functions #coldstart NITK SURATHKAL

Nowadays we are using or adopting #cloudcomputing to serve different purposes of our computing job in terms of #instance or #virtualmachine (#vm). For this, we have to rely on the cloud service provider (CSP) (e.g. #aws, #gcp #azure). CSPs' are charging a good amount for providing computing services. However, CSPs provide different flavors of #VM, such as on-demand, reserved, and low-cost or spot, depending on the type of application hosted.? This work provides a performance analysis of such types of #VM to identify if there are any service level agreement violations (#SLA) from the CSP side. This interesting work was recently accepted in #comsnets 2024 (https://www.comsnets.org/) as a full paper. To read the full paper visit: https://lnkd.in/gDf6jtyU The primary work and testing have been conducted by Pranab Nandy, an M.Tech scholar at CS^3: Cloud & Smart System Services Lab, Department of CSE, NITK SURATHKAL. This is a notable study in this domain. This performance analysis will help all those #cloud #users who are #offloading their applications regularly off-premises. The co-authors are Rounak Saha Anurag Satpathy, Ph.D. Sandip Chakraborty Sourav Kanti Addya, Ph.D. COMSNETS