We analyze a novel quantum receiver for M-ary phase-shift keyed signals that outperforms the standard quantum limit for any signal power.
We analyze a novel quantum receiver for M-ary phase-shift keyed signals that outperforms the standard quantum limit for any signal power.
We present a new class of optical modulation formats based on the combination of m-ary pulse-position modulation (m-PPM) or m-ary frequency-shift keying (FSK) with additional polarization and/or ph
Multilevel run-length-limited (RLL) dc-free codes for optical storage systems are introduced.
In this paper, we introduce a simple geometric approach that is based on signal-space concepts to efficiently evaluate the performance of M-ary phase-shift keying (M-PSK) and M-ary quadrature ampli
We propose a robust method for estimating principal functions based on MM estimation.
With the widespread deployment of LTE 4G systems and large number of connected devices due to the Internet of Things, M2M services using LTE is under consideration by many cellular operators.
In order to make the Internet of Things a reality, ubiquitous coverage and low-complexity connectivity are required.
What will your Mac do for you at the start of the third millenium? How will it affect your welfare for good or bad?
In today's and future building management systems, scores of cheap low-power sensors report measurements, such as temperature, electricity consumption and other parameters, to a control node.
