A wildcard on your computer can stand for anything you want when you search. Do this science project to find out if using wildcards to conduct a search can help you find more of what you're looking for.
Do your parents ever get upset with you for "wasting" paper and ink from your printer? But 20 pages of text and pictures later, your mom or dad is yelling at you. Why do they even care how much you print? And why do people say it is a "waste" of paper? Try this printer-saving science project to… Read more. You must have access to a computer with an Internet connection and word processing software.
You should also be familiar enough with your word processing program to perform simple actions like changing font size and printing. Ask an adult to help if you need it. Do you or your parents ever use the Internet to get fast answers to all types of questions? Like what time does the amusement park open? How do you open a lemonade stand? When is the next Pixar movie coming out?
Chances are, any question you can think to ask is answered somewhere on the Internet. But getting to the right answer can be hard! If you've ever used Google or any other search engine to try to answer a question, you've probably gotten back pages of results, none of which had the… Read more.
You will need a computer with an Internet connection. Did you know that you can tell how much information is on a CD-R without even using a computer? Find out how in this "reflective" experiment. Have you ever played a computer game in which a cartoon character, like a dog or a cat, moves or turns when you click on it? Have you ever wondered how characters know how far to move or how far to turn?
In this computer science project, you will learn how with a simple and free program called Scratch, which will let you write your own computer program that tells a cartoon kitty how to draw shapes.
How fast are computers? Internet topology research helps in understanding of macroscopic structure of the physical Internet structure, developing topology-aware algorithms, and providing simulation and topology generation tools for other research studies. In this project we focus on collecting and analyzing link-level Internet topologies. In order to obtain sample Internet topologies, one needs to collect a large number of path traces and combine them.
However, there are several challenges in obtaining accurate sample Internet maps from raw path traces. In particular, we have focused on resolving anonymous routers, alias IP addresses, and subnets. We have built an Internet Topology Mapping System, named Cheleby, to construct accurate Internet maps from collected path traces. This system combines our work on the Internet topology measurements and will periodically provide Internet maps in addition to raw traces.
It is important to accurately and efficiently process raw path traces in Internet topology mapping before using the map in any study.
Hence, we devise several mechanisms to accurately construct sample Internet topologies. The system will help in observing topological characteristics of the Internet and provide Internet atlas, which we plan to annotate with the geographic location of the routers. As social networks have grown vastly in size and heterogeneity, complex network studies have become necessary and gaining popularity in recent years.
Many researchers are formulating theory for the growth and the structure of the networks from different fields including biology, chemistry, geography, mathematics and physics. Complex network analysis helps to capture small scale and large-scale features of these networks that are not very obvious. Such analysis also may uncover the underlying dynamics of network growth.
As the Internet has become a cornerstone of our daily communications, people have been sharing their daily activities and opinions over the online social networks. These systems raise privacy concerns, however, as the users are not in charge of their content.
Hence, we propose a cloud based online social network that will integrate cloud systems into peer-to-peer paradigms to provide higher availability and lower delay in sharing content between friends.
Our system will be app-based where a background process will exchange posts with online friends and keep a backup of the data on the cloud. Advanced techniques are needed to understand the underlying topologies of large complex networks. In this project, we introduce a novel way to visualize large-scale network topologies.
We propose an Inner Sphere visualization method that projects the network topology on the inside of a sphere. User navigation around the network is accomplished through moving the sphere around the user's point of view.
Since previous research has shown that the spatial cognition ability in humans greatly affects the usefulness of a user interface, two empirical experiments were performed to test the usefulness of viewing topologies on a sphere compared to a flat surface. Our study indicated that network navigation on a sphere is faster but can also be confusing. Thus, we added more guidance tips to create a more intuitive user interface and to improve navigability. Our Inner Sphere visualization method is implemented as a tool for interactive network visualization called GerbilSphere.
With the Internet becoming central in daily communication, network security issues become very critical. Various communication paradigms have been deployed, each requiring specific security protection. In particular, as the Internet becomes a centerpiece of our daily lives, pirates are developing attack mechanisms using communication resources instead of traditional approaches. In this project, we analyze the Internet traffic to gain more insight on attacks such as spam and worms.
This understanding will guide the design of better communication mechanisms and protocols to prevent such attacks. In addition, we try to identify security flaws of emerging network technologies and develop attack prevention mechanisms to thwart malicious behavior.
One central concern in today's computing world is the privacy and integrity of sensitive data processed at remote systems. In this project, we propose a blind processing service using trusted computing mechanisms to provide improved privacy and integrity to its users. Utilizing blind communication and execution services, a user can exchange sensitive information with a remote system via isolated processes whose execution environment and data is shielded from the rest of the system after ensuring the system has correct hardware, trusted computing base, correct credentials, and trustworthy state.
Our goal is to allow information exchange between system components with protection mechanisms against everyone including system administrators. As criminals utilize advanced technologies, law enforcement will be at a disadvantage in staying well informed of the complex technical issues that accompany investigating and prosecuting high technology crimes. In this project, we investigated mechanisms track cyber criminals when they use anonymizer technologies.
We determined potential exploitation of criminal systems and developed a tool suite that can automate the exploration process. The FCC's current initial proposal of opening sub MHz TV bands to unlicensed services because of high under-utilization of these bands has created a new horizon of research activities. For unlicensed devices to gain access to these bands, it is mandated that these devices detect licensed users and avoid interference. The focus is on enhancing DSA networks and architecture, air-interfaces PHY and MAC and the feasibility of solving problems like self-coexistence and hidden incumbents.
The attack may happen in any of the following forms:. Security against these classes of attacks cannot be achieved through cryptographic means alone. In this research, we explore ideas from behavioral models, forensics and stochastic learning to optimize decisions under uncertainty and implement new cross layer optimization security protocols for dynamic spectrum access networks.
To harness the wide variability of coverage, bandwidth, and reliability offered by different technologies, wireless service providers are already deploying heterogeneous access networks in an over-laid fashion operating in multiple spectrum bands. These heterogeneous networks would be capable of providing different sets of services governed by their corresponding quality-of-service QoS capabilities.
Computer Projects for students. Computer Networking Projects for Students. Plus you can buy. Activities - Computer Science Unplugged My writer completed my order in almost no time and followed every single. Our writing bookworms are well aware of the following guarantees. The Seung Lab uses techniques from machine learning and social computing to extract brain structure from light and electron microscopic images.
Moreover, we have a special department to check the papers delivered. Computer science project topics can be. A proved-correct compiler consists of a high-level functional specification, machine-verified proofs of important properties, such as safety and correctness, and a mechanism to transport those proofs to the generated machine code.
Mathematics for Computer Science revised Wednesday 4th January, ,
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Just increase your chances by placing an order a bit earlier. In this project we develop novel network monitoring approaches that can reynaldaeryeagley.tk new era of large-scale experimental methods in molecular biology has transformed it into an information-based science, making bioinformatics an integral part of genomic reynaldaeryeagley.tke for you - . Computer science students can search for list of Networking Projects topics and ideas with source code and project report for free download. This category consists of Networking Projects for CSE,Networking Projects PPT, Networking projects in java,Networking projects topics for final year students.
What are some good projects on networking? Update Cancel. ad by Aha! What are some good project ideas related to computer networking? This is a good resource Om Ochhane, B.E Computer Science & Computer Networking, Vindhya Institute of Technology & Science, Indore (). Have to craft a computer science research paper? Refer to our term paper writing service to get some help. Buy a pro computer science research customized to your personal demands. Manage your orders; Our service; Pricing; the easier it is to provide you with a well-written computer science research paper that matches your specific .