Linear Programming Bounds for Entanglement-Assisted Quantum Codes

  • Ashikhmin A.
  • Laim Ching-Yi

In this paper, we define two split weight enumerators for general quantum codes with entanglement assistance, including nonadditive codes. We show that they obey a MacWilliams identity, which allows us to prove algebraic linear programming bounds, such as the Singleton bound, the Hamming bound, and the first linear programming bound. ...

Rate-Memory Trade-off for the Two-User Broadcast Caching Network with Correlated Sources

  • Erkip E.
  • Hassanzadeh P.
  • Llorca J.
  • Tulino A.

This paper studies the fundamental limits of caching in a network with two receivers and two files generated by a two-component discrete memoryless source with arbitrary joint distribution. Each receiver is equipped with a cache of equal capacity, and the requested files are delivered over a shared error-free broadcast link. ...

Probabilistic Shaping via Non-Binary Codes

  • Jardel F.
  • Joseph J. Boutros
  • Measson C.

Shaping refers to engineering methods that adapt the signal distribution to a communication channel for increased efficiency. Recently, shaping methods have regained interest especially in optical communications where current technologies operate close the fundamental limits of the linear fiber channel model. Probabilistic amplitude shaping (PAS) has been proposed in [1] ...

Compressed Sensing of Compressible Signals

  • Beygi S.
  • Jalali S.
  • Maleki A.
  • Mitra U.

We present a novel and general approach that elevates the scope of compressed sensing recovery algorithms far beyond simple structures such as sparsity. The proposed method, referred to as compressionbased gradient descent (C-GD), is capable of employing state-of-the-art compression algorithms to solve structured signal recovery problems. This enables CGD to ...

Telecom Microservices Orchestration

  • Luong D.
  • Mongazon-Cazavet B.
  • Outtagarts A.
  • Thieu H.

The introduction of microservices in cloud infrastructure provides modularity, flexible with distributed software components. In telecom, the Network Function Virtualization (NFV) approach enable running an application as a collection of small components and microservices that share an operating system (OS) or distributed platform across many servers in cloud. In this ...

The Era of 5G and Its Impacts on EMC Design and Testing

  • Yu Q.

It is part of presentation in Workshop "Equipment & System Design for EMC" at 2017 IEEE International Symposium on EMC, Washington, D.C. The presentation agenda is: 5G Era - Coming, What is 5G?, What are 5G Capabilities?, What are 5G Performance Requirements?, What is mmWave?, Why use mmWave spectrum?, 5G ...

POUX: Performance Optimization Strategy for Cloud Platforms Based on User Experience

  • Guo Z.
  • Liu Y.
  • Qiu Z.
  • Sun Y.
  • Wang Y.

Cloud computing has been widely used in almost every areas of our life. System virtualization is one of the key technologies in cloud computing. However, it is a great challenge to achieve a balance among the virtual machines (VMs) in different physical machines (PMs) by migrating overloaded VMs to underloaded ...

A Cloud Native Approach to 5G Network Slicing

  • Francini A.
  • Miller R.
  • Sharma S.

5G networks will have to support a set of very diverse and often extreme requirements. Network slicing offers an effective way to unlock the full potential of 5G networks and meet those requirements on a shared network infrastructure. This paper presents a cloud native approach to network slicing. The cloud ...

The era of 5G and its impacts on EMC design and testing

  • Yu Q.

Agenda â?¢ 5G Era â?" Coming â?¢ What is 5G? â?¢ What are 5G Capabilities? â?¢ What are 5G Performance Requirements?

Service-tailored User-Plane Design Framework and Architecture Considerations in 5G Radio Access Networks

  • Gebert J.
  • Venkatasubramanian V.

This paper presents a novel user plane framework, tailored for different 5G services with diverse and conflicting key performance requirements (KPIs). Subsequently, the paper discusses how various user plane design decisions related to the functional split options, multi-connectivity aspects, control / user plane split options and network slicing can potentially ...

Chirp Management in Silicon-Graphene Electro Absorption Modulators

  • Asselbergs I.
  • Contestabile G.
  • D'Errico A.
  • Galli P.
  • Huyghebaerts C.
  • Midrio M.
  • Pantouvaki M.
  • Romagnoli M.
  • Sorianello V.
  • Van Campenhout J.

We study the frequency chirp properties of Graphene-on- Silicon electro-absorption modulators (EAMs). By experimentally measuring the chirp of a 100 um long single layer Graphene EAM, we show that the optoelectronic properties of Graphene induce a large positive linear chirp (up to 1.8 GHz) on the optical signal generated by ...

5G US Spectrum Development , Products and mmWave Testing Including Measurements of Fixed Satellite Service (FSS) Earth Station Spillover Emissions.

  • Majkowski W.

The 5G shared spectrum for mobile wireless above 24 GHz was authorized by the FCC. This paper traces the development of the shared spectrum authorization, testing issues, 5G goals and interference measurements of Fixed Satellite Service (FSS) Earth Station Spillover Emissions.

Wireless MIMO Base Station Near and Far Field Measurement Challenges

  • Moongilan D.

Wireless communication systems use Multiple Input Multiple Output-antenna techniques to increase coverage, data throughput and spectral efficiency. Often beam forming techniques are used to provide additional antenna gain relative to Single Input Single Output systems. Regulatory compliance radiated emissions tests for wireless devices are performed using a single measurement antenna ...

Security Trust Zone in 5G networks

  • Bin Han
  • Dohler M.
  • Mannweiler C.
  • Schotten H.
  • Stan Wong

Fifth Generation (5G) telecommunication system is going to deliver a flexible radio access network (RAN). Security functions such as authorization, authentication and accounting (AAA) are expected to be distributed from central clouds to edge clouds. We propose a novel architectural security solution that applies to 5G networks. It is called ...

Automation framework design to enhance the capabilities of IMS functional testing

The paper deals with the design of a Robot based automation framework that can be used for the enhancement of the capabilities and standards of an enterprise functional testing. The paper firstly introduces IMS (IP Multimedia Subsystems) and the necessity to build an end-to-end framework for functional testing. The protocol ...

Queryable Kafka: An agile data analytic pipeline for mobile wireless networks

Owing to their promise of delivering real-time decisions, today's streaming analytics platforms are increasingly being used in the communications networks, where the impact of the decisions go beyond sentiment and trend analysis to include real-time detection of security attacks and prediction of network state (i.e., is the network transitioning towards ...

Multi-user reception in 5G Cloud-RAN: a practical design

  • Boviz D.
  • Chen C.
  • Yang S.

Cloud Radio Access Network (C-RAN) is becoming more then ever timely in 5G for dense network deployments, but its design has to be adapted to 5G requirements. To ensure high uplink throughput in cell edge regions affected by inter-cell interference, C-RAN enables to apply Non-Orthogonal Multiple Access (NOMA) techniques among ...

Modeling and simulation of RSOA with a dual-electrode configuration

  • De Valicourt G.
  • Liu Z.
  • Violas M.
  • Wang H.
  • Wu Q.

Based on the physical model of a bulk reflective semiconductor optical amplifier (RSOA) used as a modulator in radio over fiber (RoF) links, the distributions of carrier density, signal photon density, and amplified spontaneous emission photon density are demonstrated. One of limits in the use of RSOA is the lower ...

Localised Dynamics of Laminar Pulsatile Flow in a Rectangular Channel

  • Blythman R.
  • Jeffers N.
  • Murray D.
  • Persoons T.

The exploitation of flow pulsation in low-Reynolds number micro/minichannel flows is a potentially useful technique for enhancing cooling of high power photonics and electronics devices. Although the corresponding mechanical and thermal problems are inextricably linked, decoupling of the local instantaneous parameters provides insight into underlying mechanisms. Using two-dimensional, two-component particle ...

Virtualized environments, from connectivity to services

  • Barnaghi P.
  • Bertin E.
  • Hofmann M.