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The student expresses gratitude to several people who helped make the successful completion of their dissertation possible. They thank their department head MD. MUSTAQ AHMED and principal ALEEMUDDIN ILIYAS for providing facilities. They also thank their guide K. SHRAVAN KUMAR for supporting them in completing the dissertation. Finally, the student thanks their staff, parents, and friends for their constant encouragement and contribution to finishing the dissertation.
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Mahantesh CV-14.11.16
This curriculum vitae summarizes Mahantesh A Uchagave's educational qualifications and professional experience. He has a BE in Civil Engineering from KLECET, Chikodi and worked as a Project Engineer for 2 years at NILESH DIGHE AND ASSOCIATES in Pune, where he was responsible for supervising civil works, coordinating with contractors, and ensuring quality and on-time project completion. He is currently seeking new opportunities in the field of Civil Engineering.
Index
This document outlines the contents of a paper on vehicle-to-everything (V2X) communication technologies. It includes an abstract, list of figures, introduction, sections on the evolution and characteristics of V2X, its system architecture, requirements, applications for active safety, traffic management and infotainment, technical challenges, areas for future work, and a conclusion with bibliography. The document provides an overview of the structure and topics to be covered in the paper on V2X technologies.
Abstrct of ivc
Inter-vehicle communication enables intelligent transportation systems and provides driver assistance services by allowing vehicles to communicate with each other and with roadside equipment. Vehicular ad-hoc networks (VANETs) are a new type of wireless network that spontaneously forms between moving vehicles using short to medium range wireless communication. VANETs allow vehicles to share information to provide safety and convenience applications to drivers and passengers.
(Paper) A Method for Sharing Traffic Jam Information using Inter-Vehicle Comm...
Shibata, N., Terauchi, T., Kitani, T., Yasumoto, K., Ito, M., Higashino, T.: A Method for Sharing Traffic Jam Information Using Inter-Vehicle Communication, The 2nd International Workshop on Vehicle-to-Vehicle Communications (V2VCOM) (Mobiquitous2006 Workshop), pp. 1-7, DOI:10.1109/MOBIQ.2006.340428 (July 2006) (invited paper).
http://ito-lab.naist.jp/themes/pdffiles/060725.shibata.v2vcom06.pdf
In this paper, we propose a method for cars to autonomously and cooperatively collect traffic jam statistics to estimate arrival time to destination for each car using inter-vehicle communication. In the method, the target geographical region is divided into areas, and each car measures time to pass through each area. Traffic information is collected by exchanging information between cars using inter-vehicle communication. In order to improve accuracy of estimation, we introduce several mechanisms to avoid same data to be repeatedly counted. Since wireless bandwidth usable for exchanging statistics information is limited, the proposed method includes a mechanism to categorize data, and send important data prior to other data. In order to evaluate effectiveness of the proposed method, we implemented the method on a traffic simulator NETSTREAM developed by Toyota Central R&D Labs, conducted some experiments and confirmed that the method achieves practical performance in sharing traffic jam information using inter-vehicle communication.
Ivc sem doc
Inter-vehicle communication allows vehicles to communicate with each other to improve safety, traffic efficiency, and provide infotainment applications. It uses vehicular ad-hoc networks to enable communication between nearby vehicles as well as between vehicles and roadside infrastructure. Standardization organizations are working to develop standards to support diverse communication services for drivers and passengers. Inter-vehicle communication has the potential to help implement a variety of traffic, driver, and pedestrian-related applications.
Report by mohit on grinders
Mohit Kumar R. Singh submitted a seminar report on grinders to his professors Ms. Niharika Dutt and Ms. Priyanka Goyal of the Department of Chemical Engineering at Noida Institute of Engineering and Technology. The report defines grinders as machines used to reduce materials to fine particles and lists several common types including ball mills, hammer mills, tube mills, rolling mills, attrition mills, agitated mills, and fluid energy mills. It acknowledges the support and guidance of his faculty members and classmates in completing the seminar successfully.
3 ack M.TECH ( M S WORD FILE )
The author thanks their supervisor, Mrs. Archana Mewara, for providing guidance and direction during their work. They also thank the principal of their university, Prof. Dr. Vishnu Sharma, for allowing them to complete their Master's program, and the head of their department, Mr. L. N. Balai, for providing software and lab access. Finally, the author expresses gratitude to the entire faculty and staff of the Electronics and Communication Engineering department for their encouragement and support during the dissertation process.
3 ack M.TECH ( PDF FILE )
The author thanks their supervisor, Mrs. Archana Mewara, for providing guidance and direction during their work. They also thank the principal of their university, Prof. Dr. Vishnu Sharma, for allowing them to complete their Master's program, and the head of their department, Mr. L. N. Balai, for providing software and lab access. Finally, the author expresses gratitude to the entire faculty and staff of the Electronics and Communication Engineering department for their encouragement and support during the dissertation process.
Recommended
Mahantesh CV-14.11.16
This curriculum vitae summarizes Mahantesh A Uchagave's educational qualifications and professional experience. He has a BE in Civil Engineering from KLECET, Chikodi and worked as a Project Engineer for 2 years at NILESH DIGHE AND ASSOCIATES in Pune, where he was responsible for supervising civil works, coordinating with contractors, and ensuring quality and on-time project completion. He is currently seeking new opportunities in the field of Civil Engineering.
Index
This document outlines the contents of a paper on vehicle-to-everything (V2X) communication technologies. It includes an abstract, list of figures, introduction, sections on the evolution and characteristics of V2X, its system architecture, requirements, applications for active safety, traffic management and infotainment, technical challenges, areas for future work, and a conclusion with bibliography. The document provides an overview of the structure and topics to be covered in the paper on V2X technologies.
Abstrct of ivc
Inter-vehicle communication enables intelligent transportation systems and provides driver assistance services by allowing vehicles to communicate with each other and with roadside equipment. Vehicular ad-hoc networks (VANETs) are a new type of wireless network that spontaneously forms between moving vehicles using short to medium range wireless communication. VANETs allow vehicles to share information to provide safety and convenience applications to drivers and passengers.
(Paper) A Method for Sharing Traffic Jam Information using Inter-Vehicle Comm...
Shibata, N., Terauchi, T., Kitani, T., Yasumoto, K., Ito, M., Higashino, T.: A Method for Sharing Traffic Jam Information Using Inter-Vehicle Communication, The 2nd International Workshop on Vehicle-to-Vehicle Communications (V2VCOM) (Mobiquitous2006 Workshop), pp. 1-7, DOI:10.1109/MOBIQ.2006.340428 (July 2006) (invited paper).
http://ito-lab.naist.jp/themes/pdffiles/060725.shibata.v2vcom06.pdf
In this paper, we propose a method for cars to autonomously and cooperatively collect traffic jam statistics to estimate arrival time to destination for each car using inter-vehicle communication. In the method, the target geographical region is divided into areas, and each car measures time to pass through each area. Traffic information is collected by exchanging information between cars using inter-vehicle communication. In order to improve accuracy of estimation, we introduce several mechanisms to avoid same data to be repeatedly counted. Since wireless bandwidth usable for exchanging statistics information is limited, the proposed method includes a mechanism to categorize data, and send important data prior to other data. In order to evaluate effectiveness of the proposed method, we implemented the method on a traffic simulator NETSTREAM developed by Toyota Central R&D Labs, conducted some experiments and confirmed that the method achieves practical performance in sharing traffic jam information using inter-vehicle communication.
Ivc sem doc
Inter-vehicle communication allows vehicles to communicate with each other to improve safety, traffic efficiency, and provide infotainment applications. It uses vehicular ad-hoc networks to enable communication between nearby vehicles as well as between vehicles and roadside infrastructure. Standardization organizations are working to develop standards to support diverse communication services for drivers and passengers. Inter-vehicle communication has the potential to help implement a variety of traffic, driver, and pedestrian-related applications.
Report by mohit on grinders
Mohit Kumar R. Singh submitted a seminar report on grinders to his professors Ms. Niharika Dutt and Ms. Priyanka Goyal of the Department of Chemical Engineering at Noida Institute of Engineering and Technology. The report defines grinders as machines used to reduce materials to fine particles and lists several common types including ball mills, hammer mills, tube mills, rolling mills, attrition mills, agitated mills, and fluid energy mills. It acknowledges the support and guidance of his faculty members and classmates in completing the seminar successfully.
3 ack M.TECH ( M S WORD FILE )
The author thanks their supervisor, Mrs. Archana Mewara, for providing guidance and direction during their work. They also thank the principal of their university, Prof. Dr. Vishnu Sharma, for allowing them to complete their Master's program, and the head of their department, Mr. L. N. Balai, for providing software and lab access. Finally, the author expresses gratitude to the entire faculty and staff of the Electronics and Communication Engineering department for their encouragement and support during the dissertation process.
3 ack M.TECH ( PDF FILE )
The author thanks their supervisor, Mrs. Archana Mewara, for providing guidance and direction during their work. They also thank the principal of their university, Prof. Dr. Vishnu Sharma, for allowing them to complete their Master's program, and the head of their department, Mr. L. N. Balai, for providing software and lab access. Finally, the author expresses gratitude to the entire faculty and staff of the Electronics and Communication Engineering department for their encouragement and support during the dissertation process.
Our ack separete
The student thanks his mentor Mr. P. Arjunkumar for his guidance throughout the course and on completing his dissertation work. He also thanks the Head of the Information Technology department Mr. M. L. Prasad for encouragement, the Principal Dr. D. N. Rao and others who assisted in completing the project successfully. Finally, he expresses gratitude to the College Chairman for infrastructure, his friends for cooperation, and his parents for their support in allowing him to reach this level.
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The document acknowledges those who supported the completion of a project. It thanks the principal for providing the opportunity, the head of the ECE department for encouragement, and the project guide for valuable suggestions and support. It also expresses gratitude to other staff members, parents, friends, and God for their help and empowerment in successfully fulfilling the project.
4 Acknowledgement_sougata.docx
The document acknowledges those who helped the author with their PhD thesis on strategies for enhancing performance in low voltage and low power operational transconductance amplifiers. It thanks the thesis supervisor for their guidance and for providing materials. It also thanks the director and head of the department for monitoring the work. The document expresses gratitude to colleagues for their assistance and to the funding provided by the Ministry of Electronics and Information Technology for resources. Finally, it thanks family for their love and support.
4.acknowledgement
Mr. Naresh thanks several people who helped him complete his education project. He thanks the director of his college, Mr. A.V. Pratap Reddy, for giving him the opportunity to further his education. He also thanks the principal, Mr. S. Jameel Basha, for his guidance and supervision that helped Naresh successfully complete his project. Additionally, he thanks the Head of the Department, Mr. G. Sesha Phaneendra Babu, for his constant support during the project. Finally, Naresh thanks his parents, friends, and lab assistants for their assistance in helping him finish the project successfully.
Acknowledgement of B.S.N.L
The author expresses gratitude to the employees of B.S.N.L. for their support and guidance during their training, which allowed the training to be successful. The author specifically thanks their trainers Dr. Deepak Verma and Hari Ram for their full cooperation and guidance during the training period. The author also thanks their parents and friends for their constant encouragement throughout the training endeavor.
BEACON REPORT
This document is a report submitted by four students - Arpit Sharma, Gargi Kaushik, Madhusudan Singh, and Manas Chatterjee - to the Uttar Pradesh Technical University in partial fulfillment of the requirements for a Bachelor of Technology degree in Electronics and Communication Engineering. The report is titled "BEACON" and was created under the guidance of Mr. Arun Kumar at DIT-AMITY Group of Institutions, Greater Noida, Uttar Pradesh. Certificates are included from their guide, head of department, internal and external examiners approving the report. The students also include declarations of their original work and acknowledgements thanking those who supported and guided them
Front page
The RAIN project is research collaboration between Caltech and NASA-JPL on distributed computing and data storage systems for future space-borne missions. The goal of the project is to identify and develop key building blocks for reliable distributed systems built with inexpensive off- the-shelf components. The RAIN platform consists of a heterogeneous cluster of computing and/or storage nodes connected via multiple interfaces to networks configured in fault-tolerant topologies. The RAIN software components run in conjunction with operating system services and standard network protocols. Through software-implemented fault tolerance, the system tolerates multiple node, link, and switch failures, with no single point of failure. The RAIN technology has been transferred to RAIN finity, a start-up company focusing on creating clustered solutions for improving the performance and availability of Internet data centers.
Acknow
The students acknowledge and express gratitude to their mentor and assistant professor Mr. P. Arjunkumar for his guidance during their M.Tech course and dissertation work. They also thank the head of the Information Technology department Mr. M. L. M. Prasad for his encouragement and support during their studies. Finally, they thank the principal, chairman, friends, and parents for their contributions and support which helped them complete their course successfully.
Acknowledgement & certficate on skinput
This document acknowledges and thanks several professors for their assistance and support in completing a seminar. It expresses gratitude to Prof. S. AVINASH for providing an environment to present the seminar, Prof. Smurti Ranjan Das for giving cooperation and inspiration, and Prof. Smurti Ranjan Das for helpful guidance to complete the seminar work. It also thanks the entire Department of Computer Science & Engineering for their various assistance in completing the seminar.
Acknowledgement
The document acknowledges and thanks several people who helped in the successful completion of a task. It expresses gratitude to the principal for guiding students, to the head of the computer science department for allowing the topic to be on LEAP MOTION, and especially to the esteemed guide for their keen interest and valuable advice that led to the seminar's successful completion.
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The student thanks his mentor Mr. P. Arjunkumar for his guidance throughout the course and on completing his dissertation work. He also thanks the Head of the Information Technology department Mr. M. L. Prasad for encouragement, the Principal Dr. D. N. Rao and others who assisted in completing the project successfully. Finally, he expresses gratitude to the College Chairman for infrastructure, his friends for cooperation, and his parents for their support in allowing him to reach this level.
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The document acknowledges those who supported the completion of a project. It thanks the principal for providing the opportunity, the head of the ECE department for encouragement, and the project guide for valuable suggestions and support. It also expresses gratitude to other staff members, parents, friends, and God for their help and empowerment in successfully fulfilling the project.
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The document acknowledges those who helped the author with their PhD thesis on strategies for enhancing performance in low voltage and low power operational transconductance amplifiers. It thanks the thesis supervisor for their guidance and for providing materials. It also thanks the director and head of the department for monitoring the work. The document expresses gratitude to colleagues for their assistance and to the funding provided by the Ministry of Electronics and Information Technology for resources. Finally, it thanks family for their love and support.
4.acknowledgement
Mr. Naresh thanks several people who helped him complete his education project. He thanks the director of his college, Mr. A.V. Pratap Reddy, for giving him the opportunity to further his education. He also thanks the principal, Mr. S. Jameel Basha, for his guidance and supervision that helped Naresh successfully complete his project. Additionally, he thanks the Head of the Department, Mr. G. Sesha Phaneendra Babu, for his constant support during the project. Finally, Naresh thanks his parents, friends, and lab assistants for their assistance in helping him finish the project successfully.
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The author expresses gratitude to the employees of B.S.N.L. for their support and guidance during their training, which allowed the training to be successful. The author specifically thanks their trainers Dr. Deepak Verma and Hari Ram for their full cooperation and guidance during the training period. The author also thanks their parents and friends for their constant encouragement throughout the training endeavor.
BEACON REPORT
This document is a report submitted by four students - Arpit Sharma, Gargi Kaushik, Madhusudan Singh, and Manas Chatterjee - to the Uttar Pradesh Technical University in partial fulfillment of the requirements for a Bachelor of Technology degree in Electronics and Communication Engineering. The report is titled "BEACON" and was created under the guidance of Mr. Arun Kumar at DIT-AMITY Group of Institutions, Greater Noida, Uttar Pradesh. Certificates are included from their guide, head of department, internal and external examiners approving the report. The students also include declarations of their original work and acknowledgements thanking those who supported and guided them
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The RAIN project is research collaboration between Caltech and NASA-JPL on distributed computing and data storage systems for future space-borne missions. The goal of the project is to identify and develop key building blocks for reliable distributed systems built with inexpensive off- the-shelf components. The RAIN platform consists of a heterogeneous cluster of computing and/or storage nodes connected via multiple interfaces to networks configured in fault-tolerant topologies. The RAIN software components run in conjunction with operating system services and standard network protocols. Through software-implemented fault tolerance, the system tolerates multiple node, link, and switch failures, with no single point of failure. The RAIN technology has been transferred to RAIN finity, a start-up company focusing on creating clustered solutions for improving the performance and availability of Internet data centers.
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The students acknowledge and express gratitude to their mentor and assistant professor Mr. P. Arjunkumar for his guidance during their M.Tech course and dissertation work. They also thank the head of the Information Technology department Mr. M. L. M. Prasad for his encouragement and support during their studies. Finally, they thank the principal, chairman, friends, and parents for their contributions and support which helped them complete their course successfully.
Acknowledgement & certficate on skinput
This document acknowledges and thanks several professors for their assistance and support in completing a seminar. It expresses gratitude to Prof. S. AVINASH for providing an environment to present the seminar, Prof. Smurti Ranjan Das for giving cooperation and inspiration, and Prof. Smurti Ranjan Das for helpful guidance to complete the seminar work. It also thanks the entire Department of Computer Science & Engineering for their various assistance in completing the seminar.
Acknowledgement
The document acknowledges and thanks several people who helped in the successful completion of a task. It expresses gratitude to the principal for guiding students, to the head of the computer science department for allowing the topic to be on LEAP MOTION, and especially to the esteemed guide for their keen interest and valuable advice that led to the seminar's successful completion.
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Ack
- 1. ACKNOWLEDGEMENT The satisfaction that accompanies the successful completion of any task would be incomplete without the mention of the people who made it possible and whose constant guidance and encouragement crown all the efforts success I wish to express my sincere thanks to MD. MUSTAQ AHMED, Assoc. Professor HOD, Department of Electronics and Communication Engineering and also to my Principal ALEEMUDDIN ILIYAS for providing me the facilities to complete the Dissertation. I thank to my guide K. SHRAVAN KUMAR, Asst. professor Department of Electronics & Communication Engineering for his support in completion of my Dissertation. Last but not least, I express my heart full thanks to all my staff, parents and friends for their constant support, encouragement and valuable contribution in the completion of this Dissertation. P. BINDU PRIYA (10141A0411)