The candidate will be part of the eureopean H2020 project Futuretpm, and will conduct research on the design and analysis of quantum-safe Trusted Platform Modules (TPM). The candidates tasks include the following: Shaping research directions and producing results in one or more of the following topics: develop and analyse quantum-safe algorithms and protocols. Explore the incorporation of quantum-safe algorithms in a tpm architecture. Define security properties and models for a tpm against quantum adversaries. Coordinating research projects and delivering outputs Collaborating with partners in the futuretpm project Providing guidance to PhD and MSc students Disseminating results through scientific publications Contact: peer yan, peter. Ryan (at) or Alfredo rial, alfredo. Rial (at) more Information: /1vbm4 Closing Date for Applications: Applications are invited for a one-year Post-Doc position in the quality and Computer Security research Lab and the Algorithmic Group of the Université libre de Bruxelles.
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University of Lübeck offers excellent opportunities for interdisciplinary cooperation in the key areas of Computer Science, homework medical Engineering, robotics, e-government, data Science, as well as the life Sciences and Medicine. In addition, the university supports activities in technology transfer. For a detailed description of the position as well as necessary templates and further information on the application process, please visit the link self below. Contact: Susanne markmann, büro der mint-sektionen Email: ero (at) more Information: ml Closing Date for Applications: The successful candidate will join the apsia group led by Prof. The candidate will be part of the luxembourg National Research Fund (FNR) funded project quantum Communication with Deniability, which starts 1st July 2018 and will conduct research on enabling deniability using both classical and quantum mechanisms. The candidates tasks include the following: Research on the following topics in quantum cryptography and information theory: Exploring formal definitions of the notion of deniability against various threat models. Exploring the limits of what is achievable in terms of deniability using both classical and quantum mechanisms. Designing and analysing novel protocols and mechanisms to achieve stronger forms of deniability. Students Contact: ryan, peter. Ryan (at) more Information: /1vblq Closing Date for Applications: The successful candidate will join the apsia group led by Prof.
The vacancy is within the online collaborative research Center crossing, funded by dfg, the german Research foundation. Collaborative research Centers are institutions funded by the german Research foundation (DFG) and are established at universities to pursue a scientifically ambitious, complex, longterm research program. The goal of the center crossing is to provide cryptography-based security solutions enabling trust in new and next generation computing environments. For more information about crossing please visit. As part of its research program crossing will develop an opensource software called Opencce which will allow users to deploy the developed solutions in a secure and easy way. Applications will be considered until the positions are filled. Contact: Applicants are kindly requested to send their applications to staff-sit (at) with the subject Funded PhD position in crc crossing and a single pdf ( More Information: Closing Date for Applications: The Institute for it security at the University of Lübeck invites applications for. Your teaching tasks include participation in the courses of the degree programs of the department of Computer Science/Engineering, especially in the new Bachelors and Masters program in it security.
Contact: Dr Christian Schaffner ( haffner (at) ) More Information: ml Closing Date for Applications: Applications are invited for two full-time Pre-doc positions in the resume security in Information Technology (SIT) Research Group at Technische Universität Darmstadt, germany, under the direction of Prof. We are looking for candidates interested in working at the intersection of privacy engineering, and applied cryptography. This project addresses two central challenges in the provision of cloud services: (1) client privacy, and (2) verifiable metering and billing. For challenge (1 we design and develop anonymous communication mechanisms for the cloud. For challenge (2 we build techniques for service verification and design an infrastructure for verifiable metering and billing, enabling clients to verify in real-time their service consumption and corresponding charges. By solving and combining both challenges we obtain privacy-preserving verifiable metering and billing. Further details on the project can be found here.
Sachin Shetty ( sshetty (at) odu. Edu ) More Information: m Closing Date for Applications: The aim of the PhD project is to carry out quantum cryptanalysis of the most promising schemes in the nist competition for post-quantum cryptography. The objective ranges from identifying potential vulnerabilities in the design to possibly discovering complete breaks, but also considers the question of finding the right choice of parameters for schemes that (seem to) withstand quantum attacks. Supervision will be shared between qusoft and Mathematisch Instituut (MI) leiden, with Christian Schaffner (University of Amsterdam / qusoft) and Peter Stevenhagen (mi leiden) as main supervisors and Serge fehr (cwi / mi leiden / qusoft) and Peter Bruin (mi leiden) as co-supervisors. You should hold a master's degree (or expect to obtain this by the end of the academic year 2017/18) in computer science, mathematics or physics, with excellent grades and outstanding results, or a comparable degree. Furthermore you should also possess: a strong background in cryptography, quantum algorithms and/or mathematics (relevant to post-quantum cryptography demonstrated research abilities,. By completion of an (undergraduate) research project; good academic writing and presentation skills; good social and organisational skills; full professional proficiency in spoken and written English. See the link below for further information and for the application procedure.
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The successful candidate will join the apsia group led by Prof. The candidate will be part of the joint Luxembourg National Research Fund (FNR) and Norwegian rcn project surcvs and will conduct research on the the design and evaluation of secure yet usable voting systems. The candidates tasks include the following: Conducting research on the following topics in verifiable, coercion resistant voting systems: Formal definitions of relevant properties such as verifiability, privacy, receipt-freeness and coercion resistance. Coordinating research projects and delivering outputs Collaborating with partners in the surcvs project Providing guidance to PhD and MSc students Disseminating results through scientific publications Contact: Peter. R yan (at) figures or Peter. More Information: /1vjs5 Closing Date for Applications: a postdoctoral research fellow position in cybersecurity is available in the virginia modeling, Analysis and Simulation Center (vmasc) at Old Dominion University, for an initial appointment of one year, renewable based on the performance.
The incumbent is expected to participate in the cybersecurity research lab at vmasc led. Sachin Shetty responsibilities include conducting fundamental research in iot security and publishing in leading conferences and journals, participation in proposal development, and some supervision of graduate students. This position is ideally suited for a recent. Graduate who plans to pursue a future research career. Degree in ece or cs is required by the time of the appointment. Solid background in network security, game theory, distributed systems, protocols and algorithms, is highly desirable.
Contact: ssello (at closing Date for Applications:, the University of Luxembourg/ Centre for Security and Trust is seeking to hire two post-docs and two PhDs to perform research in secure, verifiable voting schemes, quantum information assurance and quantum resistant crypto. The Applied Security and Information Assurance (apsia) research group, headed by Prof ryan, invites applications for two PhD and two post-doc positions, details below. The apsia team of SnT is a dynamic and growing research group, some 20 strong, conducting research on security-critical systems, information assurance, cryptography, crypto protocols and privacy. The Interdisciplinary centre for Security, reliability and Trust (SnT) carries out interdisciplinary research in secure, reliable and trustworthy ict systems and services, often in collaboration with industrial, governmental and international partners. The successful candidate will join the apsia group and will be part of the joint Luxembourg National Research Fund (FNR) and Norwegian rcn project surcvs and will conduct research on the design and evaluation of secure yet usable voting systems.
The project will be conducted jointly with the ntnu in Oslo. The candidate will be supervised by Prof. The candidates tasks include the following: Conducting research on the following topics in verifiable, coercion resistant voting systems: Formal definitions of relevant properties such verifiability, privacy, receipt-freeness and coercion resistance. Modelling complex socio-technical systems, taking account of human aspects of security and trust. Exploring quantum-safe algorithms and everlasting privacy for voting systems. Students Disseminating results through scientific publications and talks at conferences Contact: peter. Ryan (at) or enne (at) more Information: /1vjtw Closing Date for Applications: The University of Luxembourg/ Centre for Security and Trust is seeking to hire a post-doc to perform research in secure, verifiable voting schemes, quantum information assurance and quantum resistant crypto. The position will be for an initial two year, but potentially extendable to five years. See also: The Interdisciplinary centre for Security, reliability and Trust (SnT) carries out interdisciplinary research in secure, reliable and trustworthy ict systems and services, often in collaboration with industrial, governmental and international partners.
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Project Aim, the aim of the project is to develop practical obfuscation techniques based on a theoretical foundation. The theoretical work will be led by Prof Steven Galbraith while Associate Prof. Giovanni russello will lead the practical aspects. Experience, the ideal candidate will have an undergraduate degree in computer science, engineering or mathematics and have written a master thesis in some topic related to security, cryptography, or the underlying mathematics. We are looking for candidates with experience in some or all of the following: - resume Hands-on experience with standard obfuscators and de-obfuscator tools - Understanding of cryptography and its applications - Understanding of arm and/or X86 architecture and respective instruction set - Experience in coding in C/C and assembly. Application Process: Please send an email to ssello (at) with a short cv and an unofficial transcript of grades in your degree. Successful applicants will be asked to provide further information (such as an ielts english language test and official transcripts of their degrees) at a later stage of the application process.
Applicants are required to have completed (or be close to completing) a master degree (or equivalent) with outstanding grades in Computer Science, mathematics, visit or closely related areas. Additional knowledge in related disciplines such as,. G., complexity theory or it security is welcome. The candidate should be able not only to design but also implement working prototypes of the crypto scheme developed during the research period. Good knowledge of C/C and Linux is a must. The stratus project will provide a stipend of 27,000 nzd. And cover the costs of the tuition fee for 3 years. Giovanni russello, closing Date for Applications. Two, three-year PhD scholarships, covering international tuition fees and a stipend of 27,500 per year.
of cip such as pcp, lpcp, mpc, koe based systems, clp, pairing based systems (koe or otherwise ip, ivc, and the state of the art including zero knowledge proofs. The position is not required to invent, recreate or improve existing cryptography; rather, to research, understand, explain and translate, and knowledge transfer to other positions within the company for practical use in applications. All applicants are welcome. Contact: Please share your professional details to team at twork. All information held in strictest confidence. More Information: twork, closing Date for Applications:, the research conducted by the University of Aucklands team will focus on applied cryptography for retrieval and processing of encrypted data in outsourced and untrusted environments. We are looking to apply encrypted search techniques to sgx environments and blockchain technologies. This involves a substantial program of research to develop, implement and apply to industrial case studies.
Boyce, dean of Engineering, morris. And Alma Schapiro Professor. Matlab projects with source code, more vlsi projects, labels: Simple matlab projects, Examples of matlab programs, matlab project Topics or Ideas, matlab projects on Image Processing, matlab projects for Engineering Students, matlab projects with source code, matlab projects for ece download, vlsi projects Thesis Dissertation. Labels: vhdl projects Thesis Dissertation writing Phd, vlsi engineering Project List, vlsi projects for Students ppt, vlsi thesis Topics or Ideas, best Projects vlsi projects ieee projects, vhdl project Topics or Ideas, vlsi ieee projects 2015, 2016, vhdl project Circuits, looking vhdl project, vlsi projects Ideas. The Information Assurance Platform (IAP) is distributed ledger technology enabled platform that provides tools for building and enhancing cybersecurity applications. The company has raised investment capital. This position is available full time or part time, on a work remotely basis (telecommuting).
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President Bollinger announced that Columbia university along with many other academic institutions (sixteen, including all ivy league universities) filed an amicus brief in the. District court for the eastern District of thesis New York challenging the Executive order regarding immigrants from seven designated countries and refugees. Among other things, the brief asserts that safety and security concerns can be addressed in a manner that is consistent with the values America has always stood for, including the free flow of ideas and people across borders and the welcoming of immigrants to our. This recent action provides a moment for us to collectively reflect on our community within Columbia engineering and the importance of our commitment to maintaining an open and welcoming community for all students, faculty, researchers and administrative staff. As a school of Engineering and Applied Science, we are fortunate to attract students and faculty from diverse backgrounds, from across the country, and from around the world. It is a great benefit to be able to gather engineers and scientists of so many different perspectives and talents all with a commitment to learning, a focus on pushing the frontiers of knowledge and discovery, and with a passion for translating our work. I am proud of our community, and wish to take this opportunity to reinforce our collective commitment to maintaining an open and collegial environment. We are fortunate to have the privilege to learn from one another, and to study, work, and live together in such a dynamic and vibrant place as Columbia.