Co-Design of Network, Storage and Computation Fabrics for Disaggregated Datacenters Traditional datacenters are built using servers, each of which tightly integrates a small amount of CPU, memory and storage onto a single motherboard. The slowdown of Moore's Law has led to surfacing of several fundamental limitations of such server-centric architectures e. As a result, a new computing paradigm is emerging a disaggregated datacenter architecture, where each resource type is built as a standalone "blade" and a network fabric interconnects the resource blades within and across datacenter racks. Universal Packet Scheduling This project addresses a seemingly simple question:
Excitement over the positive contributions of these systems has been accompanied by serious concerns about their opacity and the threats that they pose to privacy, fairness, and other values. Recognizing these concerns, this project seeks Network projects for students enable real-world automated decision-making systems to be accountable for privacy and fairness.
Various forces, however, have arisen that restrict particular users from accessing particular destinations, resulting in a "balkanization" of the network. This project explores apt methodologies for understanding such balkanization, an effort we will undertake in the context of examining "regional discrimination," i.
Effective and Economical Protection for High-Performance Research and Education Networks As scientific research requires free exchange of information and ideas among collaborators world-wide, scientists depend critically on full and open access to the Internet.
Some of the most powerful networks today remain particularly hard to defend: Lumen Privacy Monitor Your mobile phone hosts a rich array of information about you and your behavior. This includes a wide range of unique identifiers and sensitive personal information that enables online tracking, often times for delivering targeted advertisement.
It is, however, striking how little insight and control we, as mobile users have into the operation and performance of our devices, into how or whether they protect information we entrust to them, and who they share it with.
Shining Light on Non-Public Data Flows This project looks into the usage and collection of data by programs that operate behind the scenes.
The collected data and its use by a network of sellers, brokers, and marketers represents a direct privacy threat as it can be used for marketing, profiling, crime, or government surveillance, and yet consumers have little knowledge about it and no legal means to access the data.
ICSI researchers are conducting surveys and experiments to determine the current status of this data and observe its effects. Towards a Science of Censorship Resistance This project focuses on establishing a science of censorship resistance.
Recent years have seen significant efforts on the part of both practitioners and researchers in countering large-scale Internet censorship imposed by nation-states.
Driven by an active arms race, much of the research work in the field has been reactive in nature, lacking solid and methodical foundations. Security and Privacy for Wearable and Continuous Sensing Platforms In this collaborative project, researchers at ICSI, UC Berkeley, and University of Washington are systematically exploring the security and privacy issues brought up by the increasing popularity of wearable computers.
The recent demand for devices like Google Glass, smart watches, and wearable fitness monitors suggests that wearable computers may become as ubiquitous as cellphones.
This project seeks to reduce the impact of software vulnerabilities in Internet-connected systems by developing measurement-driven techniques for global vulnerability detection, assessment, and mitigation. The results of these experiments are used to design new security mitigations and interventions, which are then iteratively evaluated in the laboratory and the field.
This collaboration is designed to provide keen insights into how users make security decisions in situ.
SDN has had a profound influence on how people think about managing networks. To date, however, it has had little impact on how separately administered networks are interconnected through BGP.
Developing Security Science from Measurement This project aims to define foundational data-driven methodologies and the related science to create a basis for continuous and dynamic monitoring that enables adaptive approaches to mitigate and contain the spread of attacks.
They are simultaneously making improvements to Bro that benefit the community, and leveraging Bro as a deployment platform for networking research results. This interdisciplinary effort takes the view that, while security is a phenomenon mediated by the technical workings of computers and networks, it is ultimately a conflict driven by economic and social issues that merit a commensurate level of scrutiny.This website promotes Networking Projects, Network Security Projects, Network Design Projects, network programming projects, cyber and security projects for students, final year engineering graduates and professionals with reports which include detailed network timberdesignmag.com site also contains ideas and topics for projects, .
By Lecture 10 – Every student must individually post one (or more) project ideas.
This is a way for students to learn about what other students are interested in and find teammates. If you have more than one idea or interest, feel free to post all of your ideas, but please use different posts with different headers. Computer Networking Project For Students Computer network is created by connecting various computers by various network links.
We offer computer networking project for students which deals with various algorithm and protocol developed in networks. By Lecture 10 – Every student must individually post one (or more) project ideas.
This is a way for students to learn about what other students are interested in and find teammates. If you have more than one idea or interest, feel free to post all of your ideas, but .
IT student projects may involve the planning for large computer networks, such as those used by schools, businesses, internet service providers, and data timberdesignmag.comk capacity planning includes estimation of equipment costs, layout decisions, and consideration of the software and services the network can support.
Project areas: Networking, AI, Graphics, Operating Systems, Network and System Security, Internet Applications Development, Databases, Programming. Students are encouraged to make full use of VMware virtual machines and open source software.