Reconfigurable many-core processors have many advantages over conventionally designed devices, such as low power consumption and very high flexibility. For an increasing number of safety-critical applications, these processors must have an ultra high dependability. This paper discusses the design and verification of an infrastructural IP, the Dependability Manager, which takes care of most essential dependability issues. Several additional innovative approaches with regard to dependability have been incorporated, like the NoC, wrapper and Network Interface design. The Dependability Manager design has been verified on an FPGA and is being processed in UMC CMOS technology as part of a many-core processor
Traditionally, distributed systems requiring high dependability were designed using custom hardware ...
The use of pre-designed and pre-verified complex hardware modules, also called IP cores, is an impor...
This paper addresses the fault tolerance issues concerning the input-output ports (IOPs) of future m...
Nowadays highly dependable electronic devices are demanded by many safety-critical applications. Dep...
Nowadays, dependable computing systems are widely required in mission-critical applications. While t...
This paper describes a new approach towards dependable design of homogeneous multi-processor SoCs in...
The advances of CMOS technology towards 45 nm, the high costs of ASIC design, power limitations and ...
The growing complexity of Multiprocessor Systems on Chips (MPSoCs) is requiring communication resour...
The always increasing performance demands of applications such as cryptography, scientific simulatio...
The advances of CMOS technology towards 45 nm,the high costs of ASIC design, power limitations and f...
As CMOS process technology advances towards 32nm, SoC complexity continuously grows but its dependab...
This book describes the state-of-the art of industrial and academic research in the architectural de...
International audienceThe paper proposes two architectures for a dynamically scalable network-on-chi...
AbstractÐThe development and validation of fault-tolerant computers for critical real-time applicati...
Scaling of transistor's channel length is entering the realm of atomic and molecular geometries maki...
Traditionally, distributed systems requiring high dependability were designed using custom hardware ...
The use of pre-designed and pre-verified complex hardware modules, also called IP cores, is an impor...
This paper addresses the fault tolerance issues concerning the input-output ports (IOPs) of future m...
Nowadays highly dependable electronic devices are demanded by many safety-critical applications. Dep...
Nowadays, dependable computing systems are widely required in mission-critical applications. While t...
This paper describes a new approach towards dependable design of homogeneous multi-processor SoCs in...
The advances of CMOS technology towards 45 nm, the high costs of ASIC design, power limitations and ...
The growing complexity of Multiprocessor Systems on Chips (MPSoCs) is requiring communication resour...
The always increasing performance demands of applications such as cryptography, scientific simulatio...
The advances of CMOS technology towards 45 nm,the high costs of ASIC design, power limitations and f...
As CMOS process technology advances towards 32nm, SoC complexity continuously grows but its dependab...
This book describes the state-of-the art of industrial and academic research in the architectural de...
International audienceThe paper proposes two architectures for a dynamically scalable network-on-chi...
AbstractÐThe development and validation of fault-tolerant computers for critical real-time applicati...
Scaling of transistor's channel length is entering the realm of atomic and molecular geometries maki...
Traditionally, distributed systems requiring high dependability were designed using custom hardware ...
The use of pre-designed and pre-verified complex hardware modules, also called IP cores, is an impor...
This paper addresses the fault tolerance issues concerning the input-output ports (IOPs) of future m...