Link to: Integrated Systems
INTEGRATED SYSTEMS
Link to: IS People
PEOPLE
Link to: IS Publications
PUBLICATIONS
Link to: IS Patents
PATENTS
Link to: Multimodal Stream Fusion
Multimodal Stream Fusion
From canaries sensing danger in coal mines to drones deploying in areas too risky for manned flight, humans continue to engineer novel sensors to overcome the limitations of human senses. Modern-day smart sensors translate the physical world into digital streams by producing a digital representation of the physical quantity being measured.
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Link to: End-to-End Solutions Using Wireless Sensing & Communications
End-to-End Solutions Using Wireless Sensing & Communications
In this area of research, we focus on developing solutions for different industry domains based on multimodal sensing and communication technologies, with wireless playing the major role.
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Link to: 5G Cellular Networks
5G Cellular Networks
Our current research considers a range of topics in the domain of 5G Cellular Networks within the RAN and the EPC. In developing technologies for deploying massive MIMO systems, we are exploiting the systems’ decorrelation property to avoid unnecessary pre-coder computations, thereby reducing scheduler overhead.
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Link to: NavigateIO
NavigateIO
NavigateIO tracks first responders in precarious situations by leveraging the ultra wide-band (UWB) technology, fusing it with inertial sensors to accomplish this objective directly from outside, without relying on access to any indoor infrastructure.
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Link to: Real-Time, Distributed Stream Processing
Real-Time, Distributed Stream Processing
New application needs have always sparked human innovation. A decade ago, cloud computing enabled high-value enterprise services with a global reach and scale, but with several minutes or seconds of delay.
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Link to: Self-Optimizing 5G Applications in Network Slices
Self-Optimizing 5G Applications in Network Slices
A decade ago, large-scale services like enterprise resource planning (ERP) were a corner-case scenario, often designed as one-off systems. Today, applications like social networks, automated trading and video streaming have made large-scale services the norm rather than the exception.
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Link to: Heterogeneous Cluster Computing
Heterogeneous Cluster Computing
Traditional enterprise applications currently run on platforms that are complicated to use and expensive to build and maintain. Although new IT solutions that use dynamically scalable and virtualized clusters of shared computing resources have the potential to dramatically cut costs associated with delivery of enterprise IT services, many obstacles must be overcome.
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Link to: Cosmic – System Software for Efficient Xeon Phi Coprocessor Sharing
Cosmic – System Software for Efficient Xeon Phi Coprocessor Sharing
COSMIC* is NEC’s system software that enables seamless Xeon Phi coprocessor sharing. It is completely transparent to applications and all other system software components. COSMIC is useful in organizations where several users share one or more Xeon Phi-based servers. It can reduce capital costs by efficiently utilizing fewer servers.
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