Yan Chen

TL;DR: This paper characterize the spectrum efficiency (SE) and energy efficiency (EE) for heterogenous wireless networks, taking into account realistic network power consumption model and dynamic network configuration and shows that SE and EE may not be contradictory to each other as in the traditional networks.

Abstract: We propose to use second order Reed-Muller (RM) sequence for user identification in 5G grant-free access. The benefits of RM sequences mainly lie in two folds, (i) support of much larger user space, hence lower collision probability and (ii) lower detection complexity. These two features are essential to meet the massive connectivity ($10^7$ links/km$^2$), ultra- reliable and low-latency requirements in 5G, e.g., one- shot transmission ($\leq 1$ms) with $\leq 10^{-4}$ packet error rate. However, the non-orthogonality introduced during sequence space expansion leads to worse detection performance. In this paper, we propose a noise-resilient detection algorithm along with a layered sequence construction to meet the harsh requirements. Link-level simulations in both narrow- band and OFDM-based scenarios show that RM sequences are suitable for 5G.

TL;DR: RuleScope is presented, a more comprehensive solution for inspecting SDN forwarding and incremental algorithms for rapidly evolving network policies to amortize detection and troubleshooting overhead without sacrificing accuracy are proposed.

TL;DR: A new way to define a security principal and its labels in the browser is proposed, in which a browser's security principal is defined by a configurable ID rather than a fixed triple <;scheme, host, port>.

TL;DR: HogMap proposes to transform the cyber-threat monitoring landscape by integrating several novel SDN-enabled capabilities: intelligent in-place filtering of malicious traffic, dynamic migration of interesting and extraordinary traffic and a software-defined marketplace where various parties can opportunistically subscribe to and publish cyber- threat intelligence services in a flexible manner.