Massive MIMO – Part 4: Massive MIMO and small cells, the next generation network
In this series: Massive MIMO – Part 1. Introduction: From theory [...]
Massive MIMO – Part 3: Capacity, coherence time and hardware capability
In this series: Massive MIMO – Part 1. Introduction: From theory [...]
Massive MIMO – Part 1. Introduction: From theory to implementation
In this series: Massive MIMO – Part 2: A few [...]
Massive MIMO – Part 2: A few lessons learned from asymptotic information theoretic analysis
In this series: Massive MIMO – Part 1. Introduction: From [...]
Multi-Channel Synchronization In FPGA-Based DAQ Systems
Multi-channel data acquisition systems (also referred to as DAQ) are [...]
Multi-user MIMO – Part 1
In this series: Multi-user MIMO - Part 2: Low-complexity precoding [...]
Multi-user MIMO – Part 3: MU-MIMO in LTE systems
In this series:Multi-user MIMO Part 1Multi-user MIMO - Part 2: [...]
A GSM channelizer implementation using the Nutaq FPGA-based RF Wideband Digitizer WD20G and a model-based design approach (GNU Radio + System Generator for DSP)
(Associated video with description also available here with "live" call sequence [...]
INRS selects Nutaq’s PicoSDR for the development of dynamic spectrum-sensing detection algorithms for next-generation wireless networks
The Institut national de la recherche scientifique (INRS) is a [...]