Detection Techniques for Massive Machine-Type Communications: Challenges and Solutions [PDF]
IEEE Access, 2020 Massive machine-type communications (mMTC) is one of the key application scenarios of fifth generation (5G) and beyond cellular networks. Bringing the unique technical challenge of supporting a huge number of MTC devices (MTCD) in cellular networks, how ...
Roberto B. Di Renna +3 more
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Rate-Splitting assisted Massive Machine-Type Communications in Cell-Free Massive MIMO [PDF]
IEEE Communications Letters, 2022 This letter focuses on integrating rate-splitting multiple-access (RSMA) with time-division-duplex Cell-free Massive MIMO (multiple-input multiple-output) for massive machine-type communications. Due to the large number of devices, their sporadic access behaviour and limited coherence interval, we assume a random access strategy with all active devices
Anup Mishra +3 more
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Energy-driven techniques for massive machine-type communications [PDF]
, 2022 In the last few years, a lot of effort has been put into the development of the fifth generation of cellular networks (5G). Given the vast heterogeneity of devices coexisting in these networks, new approaches have been sought to meet all requirements (e.g., data rate, coverage, delay, etc.).
Sergi Liesegang
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Medium Access Control Techniques for Massive Machine-Type Communications in Cellular IoT Networks
CLEI Electronic Journal, 2023 A key component of the Internet of things (IoT) ecosystem is wide-area network connectivity, for which cellular network technologies are a promising option through their support of massive machine-type communications (mMTC).
Carlos Alberto Astudillo Trujillo +1 more
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On Massive MIMO for Massive Machine-Type Communications
, 2020 To cover all the needs and requirements of mobile networks in the future, the predicted usage of the mobile networks has been split into three use-cases: enhanced mobile broadband, ultra-reliable low-latency communication, and massive machine-type communication.
Ema Becirovic
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Index Modulation Aided Uplink NOMA for Massive Machine Type Communications [PDF]
IEEE Wireless Communications Letters, 2020 Single-carrier frequency-division multiple access (SC-FDMA) based index modulation (IM), referred here as SC-IM, allows users to implicitly transmit a part of their data bits by switching on some of their allocated subcarriers, followed by ${M}$ -ary constellation symbols transmission over the activated subcarriers.
Muhammad Basit Shahab +5 more
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Performance Analysis of Hybrid Scheme of Slotted ALOHA and PD‐NOMA for Massive Machine‐Type Communications [PDF]
IET NetworksThis paper investigates the characteristics of slotted ALOHA and power‐domain nonorthogonal multiple access (PD‐NOMA) hybrid schemes, focusing on two key performance metrics, namely device transmission success probability and base station throughput ...
Chen Guanzhou +6 more
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Fog Load Balancing for Massive Machine Type Communications: A Game and Transport Theoretic Approach [PDF]
IEEE Access, 2019 The emerging fog computing and narrow-band Internet of Things (NB-IoT) wireless technologies are indispensable for the next-generation massive machine-type communication (mMTC) applications.
Sarder Fakhrul Abedin +4 more
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Improved Compressed Sensing-Based Joint User and Symbol Detection for Media-Based Modulation-Enabled Massive Machine- Type Communications [PDF]
IEEE Access, 2020 Media-Based Modulation (MBM) is regarded as a promising technique for future massive machine-type communications (mMTC) due to its high energy/spectral efficiency, good error performance and low-complexity radio frequency hardware implementation. In this
Xiangxue Ma +2 more
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Practical Synchronization Waveform for Massive Machine-Type-Communications [PDF]
, 2017 A general synchronization waveform type that is insensitive to frequency error for massive Internet-of-Things (mIoT) is derived in "Robust synchronization waveform design for massive low-power IoT" (IEEE Trans. on Wireless Commun., vol. 16, no. 11, pp. 7551-7559, Nov. 2017). Detailed issues such as (1) how to obtain the frequency error information from
Mao Wang
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