MobiCom 2020 showcases most recent innovations in mobile engineering

The Affiliation for Computing Machinery’s Distinctive Desire Group on Mobility of Techniques, People, Knowledge and Computing (SIGMOBILE) will hold its International Conference on Cell Computing and Networking (MobiCom 2020) September 21-25 in a virtual location for the 1st time ever.

MobiCom is a highly selective, leading international forum for addressing networks, systems, algorithms and purposes that assist the combination of cellular pcs and cellular and wi-fi networks.

As in previous a long time, the meeting will element analysis on the most popular innovations reworking our connected planet, such as computational well being, machine understanding for wi-fi networks, the affect of 5G technologies, and wi-fi sensing, among the other people.

“The environment appears like a vastly distinct location than when we held MobiCom 2019, but the value of cellular computing has remained the exact, and may be even extra essential now,” said MobiCom 2020 General Co-chair Jon Crowcroft, University of Cambridge. “As workforces, governments and other establishments close to the environment are operating remotely for the most component, connectivity is as crucial as at any time. MobiCom has been and will proceed to be a position wherever investigate on the options to present-day and tomorrow’s challenges are shared.”

“As the conference moves to a digital system, we have rethought the format of the conference in get to make sure that contributors have opportunities to participate and interact with the presenters as nicely as other contributors,” stated General Co-chair Hamed Haddadi, Imperial Higher education London. “In get to make it possible for the audience to get more than enough specialized facts of the functions before the classes, a online video about each individual paper will be made obtainable on the MobiCom YouTube channel, and the comprehensive papers will be published in the ACM Digital Library.”

The MobiCom 2020 conference application will aspect six keynote addresses, a roster of top rated-line research papers, workshops, panels, a University student Research Levels of competition, and the N2Women Celebration, amongst other facets.

2020 ACM MOBICOM HIGHLIGHTS&#13
Keynote Speakers (Partial Checklist)

“Electronics on the Mind”&#13

George Malliaras, University of Cambridge&#13

A person of the most vital scientific and technological frontiers of our time is the interfacing of electronics with the human mind. Malliaras will existing and go over examples of novel gadgets for recording and stimulation of neurons in just the mind, and demonstrate that organic and natural electronic products give remarkable chances to examine the brain and take care of its pathologies. This endeavor promises to aid recognize how the brain functions and supply new instruments for analysis and procedure of pathologies which includes epilepsy and Parkinson’s disorder.

“What is actually up coming in 5G infrastructure”&#13

Durga Malladi, Qualcomm Systems&#13

5G networks are poised to develop into the unifying connectivity fabric – across spectrum, providers and deployment types. Venues, enterprises, industrial functions, healthcare, and metropolis infrastructure will all grow to be intelligent connected spaces, large or tiny, and in general public or non-public networking domains. Master how community architectures will evolve to situate community functions the place they most proficiently and securely cater to the exclusive prerequisites of each and every use scenario, and scale quickly with need. Sign up for this keynote to get standpoint on some of the interesting milestones together this 5G network evolution journey these kinds of as disaggregated network capabilities, open interfaces, virtualization, with the opportunistic use of professional off-the-shelf (COTS) white containers and inline accelerators, substantial overall performance radios, and reduce latency with intelligence at the wireless edge.

“From Investigation to Merchandise: Stories from the Frontlines of R+D”&#13

Alex Kauffmann, Google&#13

Making ready investigate for output–so-known as technologies transfer–is, beyond the lab, a fraught and usually thankless workout in organizational diplomacy, challenge resolving, and improvisation. Just after almost a decade of bridging the study and item worlds at Google, Kauffmann has many stories of tech transfer that highlight classes he has figured out–classes he hopes can assistance other folks transform investigation into slicing-edge tech that ships quickly and at scale.

“Disaggregating the Cellular Radio Entry Community with O-RAN”&#13

Sachin Katti, Stanford College and Vmware&#13

Considering that mobile networks have been deployed, the radio obtain network (RAN) has been a vertically integrated and closed portion of the community. This has constrained network agility, greater cost, hindered innovation and has led to vendor consolidation. In excess of the earlier couple of decades, for the initially time ever, this has started to change. Katti and colleagues launched the xRAN forum out of our research on mobile community virtualization in 2016 which has now progressed to the O-RAN alliance that is defining the open RAN architecture. Katti will focus on the genesis of open RAN architecture, initial successes with the deployment of the Rakuten and Dish networks in Japan and the US, and the highway ahead.

Approved Research Papers (Partial Checklist)&#13

Additional than 62 exploration papers will be introduced throughout nine distinctive sessions. Beneath we emphasize a sampling of papers to be offered. For a total listing of papers, take a look at the MobiCom 2020 Acknowledged Papers page.

“Airdropping Sensor Networks from Drones and Bugs”&#13

Vikram Iyer, Maruchi Kim, Qiuyue Xue, Anran Wang, Shyamnath Gollakota, College of Washington &#13

The authors present the to start with technique that can airdrop wireless sensors from tiny drones and stay insects. In addition to the problems of reaching minimal-energy intake and prolonged-vary interaction, airdropping wi-fi sensors is challenging for the reason that it necessitates the sensor to survive the impression when dropped in mid-air. Their style requires inspiration from character: tiny bugs like ants can drop from tall structures and survive due to the fact of their very small mass and dimension. Inspired by this, they layout insect-scale wireless sensors that arrive fully integrated with an onboard energy offer and a light-weight mechanical actuator to detach from the aerial system.

“Ghost Calls from Operational 4G Get in touch with Units: IMS Vulnerability, Simply call DoS Attack, and Countermeasure”&#13

Yu-Han Lu, Chi-Yu Li, Yao-Yu Li, Sandy Hsin-Yu Hsiao, Wei-Xun Chen, Nationwide Chiao Tung University Tan Xie, Guan-Hua Tu, Michigan Point out University&#13

IMS (IP Multimedia Subsystem) is an crucial framework for pro-viding 4G/5G multimedia products and services. It has been deployed around the globe to help two phone services: VoLTE (Voice about LTE) and VoWi-Fi (Voice over Wi-Fi). VoWi-Fi enables telephony calls above the Wi-Fi community to complement VoLTE. In this work, the authors uncover that the VoWi-Fi signaling session can be hijacked to maliciously manipulate the IMS simply call operation. The authors also propose and assess advised options.

“Challenge: COSMOS: A City-Scale Programmable Testbed for Experimentation with Advanced Wi-fi”&#13

Dipankar Raychaudhuri, Ivan Seskar, Jakub Kolodziejski, Michael Sherman, Sumit Maheshwari, Rutgers University Gil Zussman, Tingjun Chen, Zoran Kostic, Harish Krishnaswamy, Craig Gutterman, Columbia University Thanasis Korakis, Panagiotis Skrimponis, New York University Dan Kilper, University of Arizona Xiaoxiong Gu, IBM Investigate&#13

This paper focuses on COSMOS (Cloud-increased Open Computer software-described Mobile wireless testbed for metropolis-scale deployment). The COSMOS testbed is becoming deployed in West Harlem (New York Town) as portion of the NSF Platforms for Innovative Wireless Exploration (PAWR) system. It will empower scientists to investigate the technologies “sweet location” of ultra-significant bandwidth and ultra-small latency in the most demanding real-planet ecosystem. The authors describe the testbed’s architecture, the style and deployment problems, and the practical experience attained in the course of the structure and pilot deployment.

“EarSense: Earphones as a Teeth Exercise Sensor”&#13

Jay Prakash, Singapore College of Technological know-how and Style and design, College of Illinois at Urbana Champaign Zhijian Yang, Yi-Lin Wei, Haitham Hassanieh, Romit Roy Choudhury, College of Illinois at Urbana- Champaign &#13

This paper finds that steps of the teeth, namely tapping and sliding, generate vibrations in the jaw and cranium. These vibrations are strong ample to propagate to the edge of the facial area and develop vibratory alerts at an earphone. By re-tasking the earphone speaker as an enter transducer – a computer software modification in the sound card- the authors show that are capable to perception enamel-related gestures throughout various products of ear/headphones.

“Self-Reconfigurable Micro-Implants for Cross-Tissue Wireless and Batteryless Connectivity”&#13

Mohamed R. Abdelhamid, Ruicong Chen, Joonhyuk Cho, Anantha P. Chandrakasan, Fadel Adib, Massachusetts Institute of Technology &#13

The paper introduces self-reconfigurable micro-implants — which are batteryless and wi-fi micro-implants that can alter and adapt to diverse in-entire body environments even though sustaining connectivity. This kind of sensors could be utilised for continuous checking of biomarkers and tumors, ultra-extensive long lasting drug shipping techniques (e.g., for sufferers with Alzheimer’s or Osteoporosis), and shut-loop command techniques with genuine-time feed-back (e.g., synthetic pancreas for Diabetes’ clients.

WORKSHOPS&#13

  • Workshop on Mobility in the Evolving Online Architecture (MobiArch 2020) &#13
  • 4th International Workshop on Deep Studying for Cellular Units and Apps (EMDL)&#13
  • 14th ACM Workshop on Wi-fi Community Testbeds, Experimental analysis & CHaracterization (ACM WiNTECH 2020) &#13
  • Drone-Assisted Wireless Communications for 5G and Outside of (DroneCom) &#13
  • Cryptocurrencies and Blockchains for Dispersed Systems (CryBlock) &#13
  • The 3rd Workshop on Benchmarking Cyber-Bodily Techniques and Net of Factors (CPS_IoTBench)&#13
  • Millimeter-Wave Networks and Sensing Units (mmNets 2020) &#13
  • 1st Workshop on Encounters with the Style and Implementation of Frugal Clever Objects (FRUGALTHINGS 2020)&#13
  • Mild up the IoT (LIoT 2020)

TUTORIALS&#13

  • COSMOS (“Cloud increased Open up Software package defined Cell wireless testbed for metropolis-Scale deployment”) Testbed for Highly developed Wireless and Edge Cloud Analysis&#13
  • Multipath Transport Protocols

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About SIGMOBILE&#13

SIGMOBILE, the ACM Unique Curiosity Team on Mobility of Programs, Users, Facts and Computing, is the worldwide expert corporation for experts, engineers, executives, educators, and learners dedicated to all issues cellular. SIGMOBILE associates operate in academia, marketplace, and government. They are students, lecturers, practitioners, policymakers, and scientists.

About ACM&#13

ACM, the Affiliation for Computing Equipment, is the world’s greatest academic and scientific computing culture, uniting educators, researchers and industry experts to encourage dialogue, share assets and address the field’s troubles. ACM strengthens the computing profession’s collective voice by sturdy management, marketing of the greatest criteria, and recognition of specialized excellence. ACM supports the specialist growth of its customers by delivering prospects for lifetime-very long studying, profession progress, and professional networking.

Leeanne

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