The report was crafted by an Expert Educator Team (EET) of college and university faculty who are experts in both materials science and education and workforce preparation. Through lightweighting, industries from automotive and aerospace to shipbuilding and defense can reduce weight and energy consumption by developing more efficient processes and designs, as well as using lighter materials.
#LIGHTWRIGHT STUDENT AGREMENT SERIES#
He also serves as guest editor in some prestigeous journals.College & University Faculty Team Recommends Paths to Building Competencies and Workforce Strategies for New Lightweighting Technologies.Ī new report from leading higher education and workforce experts details a second set of recommendations for colleges and universities to modify current curricula to reflect the knowledge and skills necessary for manufacturing jobs encompassing new lightweighting technologies, materials, and processes.Ī team assembled by LIFT, the Association of Public and Land-grant Universities, and the National Center for Manufacturing Science has released a new report recommending paths to building competencies and workforce strategies for new lightweighting technologies.ĭesigned to align industry workforce needs with educational strategies, the second report in the series focuses on approaches both two-year and four-year institutions can implement to develop competencies in emerging lightweighting technology areas including: thin-wall ductile iron castings powder consolidation processes agile sheet metal fabrication and nanoparticle reinforced aluminum. Recently, the Consumer Financial Protection Bureau (CFPB) issued a Consent Order against a student loan originator for misleading borrowers about income share agreements (ISAs), failing to provide required disclosures, and violating the prohibition against. He has served as a TPC member of various international conferences and is an Active Reviewer of many ISI indexed journals. Established in 2003, this course has been supported by industries through student projects, specialist lectures and more importantly, by them employing our. Income Share Agreements and Private Education Loan Requirements. Considering his research, Pakistan Council for Science and Technology granted him the Prestigious Research Productivity Award, while affirming him among Top Productive Computer Scientist in Pakistan. Chaudhry was a recipient of the Gold Medal for achieving 4.0/4.0 CGPA in his Masters. He occasionally writes on issues of higher education in Pakistan.ĭr. His current research interests include lightweight cryptography, elliptic/hyper elliptic curve cryptography, multimedia security, E-payment systems, MANETs, SIP authentication, smart grid security, IP multimedia subsystem, and next generation networks. He has also supervised over 35 graduate students in their research. With an H-index of 24 and an I-10 index 51, his work has been cited over 1900 times. He has authored over 100 scientific publications appeared in different international journals and proceedings, including 76 in SCI/E journals. He is currently working as an Associate Professor with the Department of Computer Engineering, Faculty of Engineering and Architecture, Istanbul Gelisim University, Istanbul, Turkey.
degrees (with Distinction) from International Islamic University Islamabad, Pakistan, in 20, respectively. Shehzad Ashraf Chaudhry received the master’s and Ph.D. The performance comparisons also show that the iPALK not only provides the correctness, but it is more efficient in terms of computation and communication costs.
#LIGHTWRIGHT STUDENT AGREMENT SERIAL#
The security and correctness of the proposed solution iPALK is proved using formal BAN logic, automated tool ProVerif along with a brief discussion on the correctness of the scheme. These downloads function as a demo until unlocked with a version 5 serial number, approval code, and registered name. Finally, we propose a quick solution to fix the pertinent flaws of the PALK. These design flaws lead to the situation, where the smart grid entities are unable to complete even a single cycle of authentication. the responding entity without knowing any clue of the initiator, uses the public key of the initiator for the completion of the authentication process, which is also not possible in the presence of multiple communicating devices. However, in this paper, we prove that PALK has incorrect login and authentication phase mainly, due to a superficial ECC operation involving the multiplication of two points over the curve.
Based on elliptic curve cryptography (ECC), symmetric hash functions and block cipher based encryption/decryption operations, the scheme was argued to work efficiently and securely in smart grid based infrastructure. proposed an authentication scheme ( PALK) for the smart grid infrastructure.
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