Mark Yampolskiy

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—Cyber-Physical Systems (CPSs) consist of as well as interact with cyber and physical elements. This creates multiple vectors for CPS-internal (i.e., within CPS) as well as for CPS-external (i.e., between CPS itself and its environment) Cyber-Physical Attacks. We argue that an effective Cyber-Physical Defense can only be elaborated if possible attacks on(More)
The allocation of resources to jobs running on e-Science infrastruc-tures is a key issue for scientific communities. In order to provide a better efficiency of computational jobs we propose an SLA-aware architecture. The core of this architecture is a scheduler relying on resource performance information. For performance characterization we propose a(More)
Many services provided over the Internet, like voice over IP and video on demand, increase the demand for assurances concerning the quality of the underlying network. A score of techniques for assurance of quality of service (QoS) have been devised for use within administrative domains. However, when paths cross the border of autonomous systems, assurance(More)
The pervasiveness of Cyber-Physical Systems (CPS) in various aspects of the modern society grows rapidly. This makes CPS to increasingly attractive targets for various kinds of attacks. We consider cyber-security as an integral part of CPS security. Additionally, the necessity exists to investigate the CPS-specific aspects which are out of scope of(More)
Additive Layer Manufacturing (ALM) is a new technology to produce 3D objects adding layer by layer. Agencies and companies like NASA, ESA, and SpaceX are exploring a broad range of application areas of ALM, which includes printing of device components, replacement parts, houses, and even food. They expect that this technology will greatly reduce production(More)
—The growing significance of international collaborations in research, education, and business fields has raised the demand for the assurance of the quality of the network connections which the projects and applications are realized upon. A large spectrum of examples with diverse requirements is found in areas such as GRID-and Cloud computing, eLearning,(More)
—Cyber-Physical Systems (CPS), such as networked control systems, are increasingly deployed over wireless networks. Given the sensitivity of control systems to networking conditions such as packet drops, delays and jitters, it is important to verify and evaluate the control system properties under realistic wireless networking deployment scenarios. However,(More)