Fault Tolerance Tradeoffs in Moving from Decentralized to Centralized Embedded System Architectures by Morris, J, Kroening, D, Koopman, P

MOSAIC GLAO performance and system architecture: AO for the entire ELT focal plane by Bharmal, NA, Morris, T, Butterly, T, Dalton, G, Lynn, J

On small-scale IT users' system architectures and cyber security: A UK case study by Osborn, E, Simpson, A

“…We determine: that the system architectures employed by SSITUs are significantly different to those employed by large corporate or government entities; that the architecture of a small organisation’s digital footprint has far more impact on their overall security than would be the case for a large organisation; and that SSITUs do not hold sufficient influence within the supply chain to manage cyber security in their interactions with service providers. …”

Digital preservation at Big Data scales: proposing a step-change in preservation system architectures by Gerrard, D, Mooney, J, Thompson, D

“…<strong>Purpose</strong> – The purpose of this paper is to consider how digital preservation system architectures will support business analysis of large-scale collections of preserved resources, and the use of Big Data analyses by future researchers. …”

Home telemonitoring of chronic heart failure patients: Novel system architecture of the home or hospital in heart failure study by Pinna, G, Maestri, R, Roma, M, Scanferlato, J, Giordano, A, Comazzi, F, Ferrari, M, Andrews, D, Johnson, P, Capomolla, S, Mortara, A

Home telemonitoring of vital signs and cardiorespiratory signals in heart failure patients: system architecture and feasibility of the HHH model. by Pinna, G, Maestri, R, Andrews, D, Witkowski, T, Capomolla, S, Scanferlato, J, Gobbi, E, Ferrari, M, Ponikowski, P, Sleight, P, Mortara, A, Johnson, P

Monitoring volcano deformation at La Soufrière, St. Vincent during the 2020-21 eruption with insights into its magma plumbing system architecture by Camejo-Harry, M, Pascal, K, Euillades, P, Grandin, R, Hamling, I, Euillades, L, Contreras-Arratia, R, Ryan, GA, Latchman, JL, Lynch, L, Jo, M

Petrology of the 2020–21 effusive to explosive eruption of La Soufrière Volcano, St Vincent: insights into plumbing system architecture and magma assembly mechanism by Weber, G, Blundy, J, Barclay, J, Pyle, DM, Cole, P, Frey, H, Manon, M, Davies, BV, Cashman, K

System architecture for "Support through Mobile Messaging and Digital Health Technology for Diabetes" (SuMMiT-D): Design and performance in pilot and randomized controlled feasibility studies by Chi, Y, Velardo, C, Allen, J, Robinson, S, Riga, E, Judge, D, Tarassenko, L, Farmer, AJ

An architectural approach for reasoning about trust properties by Namiluko, C

Subjects:

Recommending energy tariffs and load shifting based on smart household usage profiling by Fischer, J, Ramchurn, S, Osborne, M, Parson, O, Huynh, T, Alam, M, Pantidi, N, Moran, S, Bachour, K, Reece, S, Costanza, E, Rodden, T, Jennings, N

“…Our contributions are a) a systems architecture for personalized energy services; and b) findings from the evaluation that reveal challenges in designing energy-related recommender systems. …”

Recommending energy tariffs and load shifting based on smart household usage profiling by Fischer, J, Ramchurn, S, Osborne, M, Parson, O, Huynh, T, Alam, M, Pantidi, N, Moran, S, Bachour, K, Reece, S, Costanza, E, Rodden, T, Jennings, N

“…Our contributions are a) a systems architecture for personalized energy services; and b) findings from the evaluation that reveal challenges in designing energy-related recommender systems. …”

The ten-page introduction to Trusted Computing by Martin, A

“…Trusted computing implies a re-design of systems architecture in such a way as to support its factorization into relatively discrete components with well-defined characteristics. …”

The WEAVE observatory control system by Pico, S, Carlos Abrams, D, Benn, C, Dominguez, L, Farina, C, Miguel Delgado, J, Martin, C, Cano, D, Salasnich, B, Guest, S, Gribbin, F, Skvarc, J, Gafton, E, Dalton, G, Middleton, K, Tragger, S, Alfonso Aguerri, J, Bonifacio, P, Vallenari, A, Carrasco, E

“…In the remainder of this paper, Section 2 outlines the other WEAVE systems with which the OCS interacts, Section 3 describes the system architecture, Section 4 comments on system-architecture decisions, Section 5 describes the main components of the OCS, Section 6 outlines the life-cycle of an OCS Observing Block and, finally, Section 7 gives an overview of the OCS testing plan.…”

Leginon: a system for fully automated acquisition of 1000 electron micrographs a day. by Potter, C, Chu, H, Frey, B, Green, C, Kisseberth, N, Madden, T, Miller, K, Nahrstedt, K, Pulokas, J, Reilein, A, Tcheng, D, Weber, D, Carragher, B

“…In this paper we will describe the details of the system architecture and analyze the performance of the system as compared to a human operator. …”

Delays versus performance of visually guided systems by Sharkey, P, Murray, D

“…Considered choice of system architecture, however, allows the performance of active vision systems to be optimised with respect to the delays present in the system. © IEE, 1996.…”

VCU skyline by Handa, A, Van, K, Wynne, B, Quiñones, J, Klenke, R

“…This paper presents a detailed description of the system architecture based on the FPSLIC, and the UAV structure, functionality, and implementation of its subsystems.…”

A 2-D motion detection model for low-cost embedded reconfigurable I/O devices. by Dollas, A, Sotiropoulos, S, Papademetriou, K

“…This paper briefly outlines the embedded reconfigurable system architecture, and presents in-depth the 2-D motion detection model, which is directly mapped to reconfigurable hardware. …”

Development and usage of information architecture by Periasamy, K, Kanapaty Pelly Periasamy

“…A major finding of the case studies was on business system architecture, a pictorial model depicting IT in its business setting. …”

Ultrasound image segmentation and tissue characterization. by Noble, J

“…This article reviews both research topics, and finds that the two fields are becoming more tightly coupled, even though there are key challenges to overcome in each area, influenced by factors such as more open software-based ultrasound system architectures, increased computational power, and advances in imaging transducer design.…”