MALET Issues

The purpose of this paper is to carry out a survey in order to better understand the nature of handheld mobile computing use by academic library users and to determine whether there is a significant demand for using the library services with these small screen devices. Design/methodology/approach - A survey is created to measure whether people want to access an OPAC with a small screen. Additionally, through open-ended questions, the survey attempts to gain a broader understanding of handheld mobile computing's impact on, and implications for, the services provided by academic libraries. Findings - A total of 58.4 percent of respondents who own a web-enabled handheld device indicate that they would use small screen devices, such as PDAs or web-enabled cell phones to search a library OPAC. Originality/value - The increasing prevalence of handheld mobile computing devices such as PDAs and web-enabled cell phones warrants investigation as to its impact on libraries. This study examines an academic library user population and the potential demand for using the library's catalog with handheld mobile computing devices [PUBLICATION ABSTRACT] [Abstract from ProQuest Research Library Database (at ESC)] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/200628509/B3C6B49E0E3E48BAPQ/1?accountid=8067 Cummings, J., Merrill, A., & Borrelli, S. (2010). The use of handheld mobile devices: Their impact and implications for library services. Library Hi Tech, 28(1), 22-40. doi:http://dx.doi.org/10.1108/07378831011026670

The purpose of this paper is to explore the students' opinion of Jawaharlal Nehru University (JNU), New Delhi, regarding the use and success of mobile technology in the library environment for providing better services by library and their expectations from the library through mobile technology. Design/methodology/approach - A survey was conducted through a well-structured and precise questionnaire circulated personally among 200 students studying in Jawaharlal Nehru University for the academic session 2012-2013. Findings - The majority of students are in favor of using mobile technology for better services, and it is expected by the students that services should be provided to them by libraries through mobile technology. Furthermore, the study also explores the students' opinion on improved services using mobile technology. Research limitations/implications - The geographical area of study was confined to the students of the JNU, New Delhi, purely regarding their opinion on use and success of mobile technology by the library. The research results are limited to this environment only. Originality/value - The paper highlights the students' opinion of JNU regarding the use of mobile technology by the library for better services, and further it also explores the expectations of students from the library through this technology. [Abstract from ProQuest Research Library Database (at ESC)] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/1633960190/D4F687B968B342A3PQ/1?accountid=8067 Kumar, A. (2014). Students opinion about the success of mobile technology in libraries. New Library World, 115(9), 471. Retrieved from http://search.proquest.com/docview/1633960190?accountid=8067

The California State University-Fullerton Pollak Library recently launched a mobile version of its Web site to accommodate the needs of a burgeoning mobile user group. This article focuses on the process of conceptualizing, building, and deploying the mobile version of this Web site. It highlights the development process, from reviewing and understanding existing user needs to translating findings into meaningful mobile Web sites, and provides a detailed overview of the finished site. Some of what was learned during the conceptual and developmental phases might help other libraries considering going mobile. [ABSTRACT FROM PUBLISHER] [Abstract from ESC Academic Search Complete database] Link: http://eds.a.ebscohost.com.library.esc.edu/ehost/detail/detail?vid=20&sid=777400f5-917a-43a0-83b8-26cdc83f8315%40sessionmgr4003&hid=4103&bdata=JnNpdGU9ZWhvc3QtbGl2ZQ%3d%3d#AN=77492907&db=a9h DeMars, J. M. (2012). Smarter Phones: Creating a Pocket Sized Academic Library. Reference Librarian, 53(3), 253-262. doi:10.1080/02763877.2012.678236

Academic libraries have traditionally provided computers for students to access their collections and, more recently, facilitate all aspects of studying. Recent changes in technology, particularly the increased presence of mobile devices, calls into question how libraries can best provide technology support and how it might affect the use of other library services. A two-year study conducted at California State University San Marcos library analyzed student use of computers in the library, both the library's own desktop computers and laptops owned by students. The study found that, despite the increased ownership of mobile technology by students, they still clearly preferred to use desktop computers in the library. It also showed that students who used computers in the library were more likely to use other library services and physical collections. [ABSTRACT FROM AUTHOR] [Abstract from ESC Academic Search Complete database] Link: http://eds.a.ebscohost.com.library.esc.edu/ehost/detail/detail?vid=18&sid=777400f5-917a-43a0-83b8-26cdc83f8315%40sessionmgr4003&hid=4103&bdata=JnNpdGU9ZWhvc3QtbGl2ZQ%3d%3d#AN=89086995&db=a9h Thompson, S. (2012). Student Use of Library Computers: Are Desktop Computers Still Relevant In Today's Libraries?. Information Technology & Libraries, 31(4), 20-33

The mobile revolution, the fastest diffusion of technology in human history, is rapidly changing the future of reference services. Using personal, portable information, communication, and entertainment (PP ICE) devices to ask and receive reference information is not just another in the growing list of reference communication channels. PP ICE reference fuels mobile information experiences, which are integrated more closely with what one is doing and thinking at the moment. To be useful in the mobile era, library reference services need to overcome the reference desk mentality and the schedule fetish. Because of the mobile revolution, social search will rise again. [ABSTRACT FROM AUTHOR] [Abstract from ESC Academic Search Complete database] Link: http://eds.a.ebscohost.com.library.esc.edu/ehost/detail/detail?vid=16&sid=777400f5-917a-43a0-83b8-26cdc83f8315%40sessionmgr4003&hid=4103&bdata=JnNpdGU9ZWhvc3QtbGl2ZQ%3d%3d#AN=57138012&db=a9h Peters, T. A. (2011). Left to Their Own Devices: The Future of Reference Services on Personal, Portable Information, Communication, and Entertainment Devices. Reference Librarian, 52(1/2), 88-97. doi:10.1080/02763877.2011.520110

Purpose - This study proposes a mobile learning model that employs digital libraries to support investigative learning activities. A student-centered mobile learning activity with self-guided exploration for physical ecology observation has been conducted to demonstrate the benefits of using digital libraries to support investigation-based ecology learning activities. Design/methodology/approach - An investigation-based mobile learning model is proposed and an experiment is designed to show the effectiveness of the learning model, in which the students are asked to answer a series of questions by observing the real-world learning objects and searching for supplemental materials from a digital library. Findings - The instructional experiment conducted in an elementary school with 64 sixth grade students shows that the innovative approach is able to improve the learning achievement, learning effectiveness, as well as the learning attitudes of the students. Practical implications - The findings of this paper imply that the use of the investigative learning model will significantly promote the utilization rate of digital libraries. Originality/value - An investigative model for using digital libraries to support mobile learning is proposed in this paper. It provides good guidance to teachers for designing learning activities with digital libraries, and a good way for students to learn, utilizing the materials in digital libraries. [Abstract from ESC ProQuest Research Library database] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/888251730/288B8D1870394980PQ/1?accountid=8067 Ju-Ling, S., Hwang, G., Yu-Chung, C., & Chien-Wen, C. (2011). An investigation-based learning model for using digital libraries to support mobile learning activities. The Electronic Library, 29(4), 488-505. doi:http://dx.doi.org/10.1108/02640471111156759

Sims Memorial Library of Southeastern Louisiana University was the first U. S. library to launch a text message reference service. The article describes the rationale, funding, implementation, results, and integration of the service into the Library's suite of branded 'Ask A Librarian' reference services. Usage statistics and a breakdown of the types of questions are presented for the five-year history of the service. [ABSTRACT FROM AUTHOR] [Abstract from ESC Academic Search Complete database] Link: http://eds.a.ebscohost.com.library.esc.edu/ehost/detail/detail?vid=8&sid=777400f5-917a-43a0-83b8-26cdc83f8315%40sessionmgr4003&hid=4103&bdata=JnNpdGU9ZWhvc3QtbGl2ZQ%3d%3d#db=a9h&AN=57137991 Stahr, B. (2011). Text Message Reference Service: Five Years Later. Reference Librarian, 52(1/2), 9-19. doi:10.1080/02763877.2011.524502

Purpose - Society may be on the verge of a revolutionary phase of mobile device use in higher education generally and in libraries in particular. This paper seeks to address this issue. Design/methodology/approach - Through an examination of trends and technological developments in the area of mobile devices and a review of the potential of mobile devices, the paper analyzes the potential of mobile devices in academic libraries. Findings - Most college students own cell phones and laptops and the capabilities of these and other devices are expanding. Research limitations/implications - Libraries have the opportunity to extend new types of services to users of mobile devices and to develop, license, or otherwise make available scholarly content that is configured for mobile devices. Ideally, libraries will become part of an institutional planning process for the development of services for mobile devices. Practical implications - The more pervasive use by students of smartphones, the uptake of e-book readers, and the increasing use of mobile devices in some areas of the curriculum all have implications for libraries. Social implications - Some writers in this area believe that the increased capabilities of mobile devices could lead to new forms of engagement with student learning; this possibility can be embraced by academic libraries that seek to be strong partners in the teaching and learning process of their institution. Originality/value - The paper synthesizes developments and provides suggestions for the future. [Abstract from ESC ProQuest Research Library database] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/200472713/abstract/66E4668274504CDCPQ/1?accountid=8067 Lippincott, J. K. (2010). A mobile future for academic libraries. Reference Services Review, 38(2), 205-213. doi:http://dx.doi.org/10.1108/00907321011044981

Marcum (1997) uses a quote from Jarislav Pelikan to establish the need for archival commitment to preserve information (knowledge) in establishments such as libraries, museums, archives (federal, state and local municipalities) and the like as illustrating "embalming of the dead". To this end, a task force was formed by combining the Commission on Preservation and Access and the Research Libraries Group formed a Task Force on the Archiving of Digital Information. This task force identified a short list of five challenges associated with the preservation of digital artifacts. Specifically, organizational in nature: − "The first line of defense against loss of valuable digital information rests with the creators, providers, and owners of digital information. − Long-term preservation of digital information on a scale adequate for the demands of future research and scholarship will require a deep infrastructure capable of supporting a distributed system of digital archives. − A sufficient number of trusted organizations must exist that are capable of storing, migrating, and providing access to digital collections. − A process of certification for digital archives is needed to create an overall climate of trust about the prospects of preserving digital information. − Certified digital archives must have the right and duty to exercise an aggressive rescue function as a fail-safe mechanism for preserving valuable digital information that is in jeopardy of destruction, neglect, or abandonment by its current custodian" (pp. 358-359). The task force also established a list of greatest organizational challenges opposing support for the preservation of digital information. This list includes the following items: − "Legal bases for deposit and rescue. In individual countries and internationally, legislation and agreements are needed to encourage legal deposit of electronic resources with archival repositories, to enable rescue of abandoned resource

The preservation of cultural memory falls upon custodians of cultural memory. "Separating usage [allowing users to utilize exact replicas] from the original, digital technology affords multiple, simultaneous uses from a single original in ways that are simply not possible for materials stored in any other form" (p. 2). Although digital technologies afford advantages in the digital preservation of information, using digital technologies for preservation of original works poses ethical and moral concerns not previously encountered. Again, the continual evolution of technological devices and software severely challenges archival efforts. "…technological obsolescence represents a far greater threat to information in digital form than the inherent physical fragility of many digital media" (p. 5). "Jeff Rothenberg, for example, has recently suggested that there may be sufficient demand for entrepreneurs to create and archive emulators of software and operating systems that would allow the contents of digital information to be carried forward and used in its original format" (p. 6). Perhaps the greatest challenges facing digital archiving are "costs and the technical, legal and organizational complexities of moving digital information forward into the future raise our greatest fear about the life of information in the digital future: namely, that owners or custodians who can no longer bear the expense and difficulty will deliberately or inadvertently, through a simple failure to act, destroy the objects without regard for future use" (p. 7). To this end, the "Commission on Preservation and Access and the Research Libraries Group (RLG) have joined together in charging the Task Force on Archiving of Digital Information to take this first essential step toward a national system of digital preservation. They have asked the Task Force to "consult broadly among librarians, archivists, curators, technologists, relevant government and private sector or

The author establishes a position for creating one singular technological model that can "authentically preserve all digital-original informational entities for the purposes of all disciplines, the resulting economies of scale will yield tremendous benefits" (n.p.). To bring this idea to fruition, Rothenberg (2014) outlines a concept that supports a "foundation for a universal, transdisciplinary concept of authenticity based on the notion of suitability" (n.p.). The design framework for universal, transdisciplinary authenticity requires a proposed digital-original artifact to fulfill a standardized interdisciplinary criterion to be considered authentic across varying disciplines. This singular authenticity approach "provides a common vocabulary for expressing authenticity principles and criteria, as well as a common basis for evaluating the success of any preservation approach" (n.p.).

The article identifies common archival issues (i.e., listing and cataloging) associated with archiving digitally created information, due to rapidly changing technologies used to create digital information. This makes it challenging to appropriately list and catalog the moral impacts created by the rapidly emerging technologies. The article (n.d.) states, "ever morphing nature of information technology is changing our ability to even fully understand moral values as they change. Lorenzo Magnani claims that acquiring knowledge of how that change confounds our ability to reason morally '…has become a duty in our technological world'" (section 1.1). The article alerts to impending moral and ethical dilemmas created by smart phone apps that will be soon be capable of streaming biometric data (e.g., vital signs, physical activity logs, caloric intake, etc.) and linking it with GPS tracking to identify geo-locators tied to fluctuations in biometric data via phone applications. The advantage of such technology can lead to promotion of more healthy lifestyles. However, streaming such sensitive biometric information (data) leads to privacy and ethical concerns that are not easily resolved. Other moral, ethical and privacy issues are created surreptitiously when browsing websites on the Internet. "Browser software records all manner of data about our visits to various websites which can, for example, make webpages load faster next time you visit them. Even the websites themselves use various means to record information when your computer has accessed them and they may leave bits of information on your computer which the site can use the next time you visit. Some websites are able to detect which other sites you have visited or which pages on the website you spend the most time on. If someone were following you around a library noting down this kind of information you might find it uncomfortable or hostile, but online this kind of behavior takes place behin

This is an annotated bibliography comparing digitization (i.e., "creating digital surrogates of paper-based sources") as a form of artifact preservation to the preservation of digital resources (i.e., archiving digitally created sources). Articles included in the bibliography share a common idea that institutions need to commit to collaborating if digitization of artifacts is to be completed satisfactorily. Cox (2008) states in the abstract that "archival security is not just about guarding against theft and vandalism; it is about accountability and ethics and the potential challenges to archives and archivists" (p. 12). According to Cottrell (1999), digital archiving "technologies have created new ethical dilemmas in librarianship. Four possible areas of concern are identified: privacy and confidentiality, acquisitions and collection development, archiving and preservation, and deskilling and gender bias" (p. 11).

The mobile revolution is here. More and more schools are moving toward mobile learning in the classroom as a way to take advantage of a new wave of electronic devices that offer portability and ease of use on a budget.

Morris, N., & Lambe, J. (2014). Studying a Mooc : a Guide. Retrieved from http://www.palgrave.com/resources/Product-Page-Downloads/M/Morris-Studying-a-MOOC/Studying-a-MOOC-Neil-Morris-James-Lambe.pdf How-to "free" guide book from Palgrave to help anyone prepare themselves to study a MOOC course. As MOOCs tend to appeal to learners with good digital study habits already - this will bring less technically savvy people familiarity with MOOCs as well as people who are not used to studying in an online environment the essential information that they need to know about the online features. It is extremely clearly written, easy to follow, with good advice in each section and not too long. It covers the A-Z of MOOCs from the learner perspective. It provides really useful hyperlinks for finding courses. (The only information not given is related to the copyright issues for user content.) It is a 'first' as far as I can tell in this sort of study guide. It would be useful to younger students (say highschool level) who have never taken an online course before or to older learners (over 30) who have good study habits but are not familiar with digital technology and online communication methods and etiquette and want to learn how to participate in MOOCs including discussion groups, etc. before they start. I thought that it would be a useful resource prior to starting the MALET programme as it gives a lot of practical advice that is relevant to all online learning.

Editorial Board | Tuesday, November 11 2014Some students enrolled in Computer Science 201 found themselves especially anxious evening. The cause wasn't an upcoming midterm exam, but an email from the computer science department notifying students of an investigation into cheating in the class.

Emma Baccellieri | Thursday, November 6 2014The computer science department has launched an investigation into academic integrity violations in core course Computer Science 201. All students who are currently enrolled in the class and who took the class in Spring 2014 received an email Wednesday night, notifying them that concerns about academic dishonesty have prompted a review of assignments.

Abstract: In this paper we present a new cheating technique that is successful at defeating cheating detectors and could become popular with students. The idea is to use obfuscating code transformations (such as those found in the SANDMARK tool) to apply a sequence of minor code transformations to a copied programming assignment. This purpose is to produce a copy that will defeat detection. We show that this technique is successful in defeating common plagiarism detectors such as Moss. This paper is offered as a cautionary tale to the Computer Science teaching community. With the advent of powerful code transformation tools it will become necessary to develop correspondingly more powerful cheating detectors, or to revert back to manually testing for plagiarism.