Group items tagged

These authors studied a number of popular search engines, including Google, to discover if they can find librarian acceptable information. In order to do this they entered in several key words and looked at the first one hundred results. Once completing these tests the authors discovered what percent of each search engine was librarian acceptable. It also lists the total number of results of each search engines. These authors' research gives a representation of the reliability of a number of search engines including Google, Yahoo, and MSN.

These authors discuss a few studies of how the UK's national academic sector services and projects are affected by different search engines. It discusses the first search engine for the volunteers and explains how many of them start with the same search engine. It describes the common uses of internet search engines, whether it be for hours or for just minutes. They followed the search with a questionnaire that asked the volunteers the ease of their research and the reliability of their findings. Hence, this article describes both how easy it is to use Google and how reliable the findings are; however, it studies students just in the UK.

The author discusses the difference of a number of federated and public search engines including MetaLib, WebFeat, Google, and Google Scholar. It explains how MetaLab and WebFeat are more accurate in their searches and more objective in the way they display their results. It also describes that educational literacy is still apart of federate search engines, while Google lacks this ability. The author makes important points about the unreliability of Google; however, he/she discusses the use of Google shopping and other Google additions that do not pertain to research on Google reliability.

The authors of this article tried to generate search technology to view library resources; however, they found a number of problems. Because of these struggles, they conducted an experiment comparing Organ State University Libraries design to Google Scholar. They use volunteers to conduct research in an efficient and effective way to discover the reliability of each student. They used both qualitative and quantitative data to determine how Google compares to other search engines. This article also presents charts and tables that make understanding the experimental result with more ease.

This article discusses the internet habits of college students during the early twenty first century. It discusses how often college student use the internet and internet search engines such as Google on an almost daily basis. It also suggests that different backgrounds and racial groups have different access to the internet. Of the individuals that use the internet it describes what websites they use the most including Yahoo and Google, Library websites, news websites, and online encyclopedias. This article gives an accurate description of how many college students use the internet and what they use it for; however, it does not describe how reliable these websites are.

These authors examine the trust students have with both library search websites and other search engines such as Google. They discuss the attempt of colleges and universities to push students away from Google to Google Scholar. The authors then go on to explain how Google Scholar works and what one can accomplish from the main search page. The article explains how one can find the title of the book, book reviews, and a place to retrieve the book. It gives a number of examples of different searches that were conducted making it easier to see how to operate Google Scholar and its benefits. This article describes the reliance of students on Google and states that the only way to wean this Google reliance is Google Scholar.

This is an article from Design, Automation, and Test in Europe in Proceedings of the conference on Design, automation and test in Europe. The author of the article suggests the creation of a new type of profession that might result from the rapid advancement of hardware and software. Instead of having two separate entities that develop computer systems, the hardware and software professions, there will be one profession that handles the development of both. However, both existing professions would need to join together to make this possible. The hardware technology produced from this joining would be similar to field-programmable gate arrays (FPGAs), an architecture that can be "reprogrammed" on the fly. This profession would be more like the software development profession as the hardware can be reprogrammed for a particular task. I find this interesting as it could technically eliminate the lack of communication between hardware and software engineers as one would be handling both.

This is an article from the Technical Symposium on Computer Science Education in the Proceedings of the 40th ACM technical symposium on Computer science education. The article lays out a "ground up" approach to learning a complete picture of computer architecture. Instead of learning a complex and convoluted set of rules that dictates how the hardware works symbiotically with software, the authors modularize the process by creating a hands on approach to computer architecture. By starting out at the hardware level and then building to the level of abstraction created by modern operating systems and programming languages, a complete picture of how the computer functions can be obtained. I find this article interesting as it reverses the typical approach of understanding computer architecture. Instead of looking down at the hardware from the software above, the engineer or scientist can understand the ties that are created between machine level language and the hardware.

The author reflects on the use of acronyms, jargon, and terminology in electronic engineering. According to the author, terminology is a very significant issue since a common language is vital for the proper exchange of information, particularly when a new technology is developed. The author believes that many of the terms for the various devices were developed given the fact that the technology involved is old and established. (Description provided by EBSCO.)

A search engine

This is an article from International Conference on Supercomputing in the Proceedings of the 19th annual international conference on Supercomputing. The article provides an in depth analysis of a particular technique in monitoring performance in real-time of hardware performance counters that then further analysis of bottlenecks in the microarchitecture and the software that meets hardware at a high-level abstraction layer. This real-time analysis can improve the optimization of existing software systems and lead to more efficient platforms, even applications in parallel computing. I found this article interesting as it is a technique that can improve the level of hardware literacy not only within the hardware engineering community, but it is also a technique that can be used by software developers to study the performance of their code in real life circumstances.

This is an article in the Journal of Computing Sciences in Colleges that argues the point that the majority of students possess basic computing skills, e.g., WWW, email, search engines (Google), instant messaging, etc., but this knowledge is not founded upon the technology itself; rather, students are mere consumers who learn to use such technologies only because they possess meaningful functionality.

The author discuses how students researches have begun to diverge from the library for quite some time now and Google Scholar is just more evidence of this. He describes how the lack of student tendency to use the library has struck fear into both university faculty and librarians. He then discusses a number of different approaches that colleges and universities are taking. Some have a strict no Google Scholar, others do not dismiss or endorse it, posting agendas that point users towards the library, and some accept Google Scholar as good enough for student use. This article describes what researchers desire and the ability of Google Scholar to provide this information.

This article recounts a librarians experience during a blackout when students needed to perform research without power. It shows how dependent students are of the internet and have no idea how to use the library as a source. It shows how students depend on the internet and Google to do their research and have very little library knowledge.

This article transcribes a debate between individuals that believe Google is a benefit to society and individuals who feel that Google restrains society. They discuss the ease of Google, the reliability of Google, and censorship and commerce that affects Google. This article gives me both sides of the article; however, it gives personal opinions of both sides.

A presentation to congress showing a large majority of secondary school students fail to reach proficiency in math and science, and many are taught by teachers lacking adequate subject matter knowledge. The article compares the U.S. to other countries proficiency and points out issues STEM aims to address

NASA has predicted a new mission to the moon in 2020, about the time current middle school children will be graduating college. This discusses the pick-up in STEM education in schools.

The author of a new book says no, and talks about how a site spawned by an Ayn Rand enthusiast became our most popular encyclopedia. This is an interview about the book. Those of you interested in this should check out the book being discussed.

This article talks about a number of the factors that have started controversy in the library world. It considers the challenges that face library websites and the impact of Google Scholar on informational literacy. It discusses how many students are driven away from the libraries because of internet resources, hence making them less literate. The authors then go on to discuss whether Google Scholar can or should be ignored by researchers. It discusses both how Google Scholar both prohibits and encourages information literacy in college students. This article discusses both sides of the argument on Google Scholar and literacy, while presenting solid facts.

This article tries to determine if Google Scholar meets the ACRL Information Literacy Standards, which is a measure of a sites ability to meet the informational needs of students and researchers. It discusses Google Scholars inability to create an advance search option that limits types of sources and sort hundreds of articles. The authors later go on to recommend different approaches to researching the same material. This article effectively discusses how Google works to meet researchers' needs as well as ACRL Information Literacy Standards.