ERM system implementation in a consortium environment

Purpose - The purpose of this paper is to address the issues associated with electronic resources management (ERM) system implementation in a consortium environment. Design/methodology/approach - The paper outlines the implementation process along with the problems encountered and their solutions and impacts on the use of the system in the implementation of Verde ERM system at University of Windsor Leddy Library, which implemented the system as one of the early adopters within a consortium. The issues and challenges the library experienced in the project are analyzed and discussed. Findings - The ERM system is still in its early stages. There are both benefits and challenges of the consortia approach in ERM system implementation. Should a library adopt the system within a consortium or just as a single library? When would be the right time to implement an ERM system? Answers depend on the library\u27s local needs, resources and environment. The strategy of ERM system selection, evaluation and implementation is crucial for libraries to make a suitable decision. Practical implications - The issues related to the ERM system implementation in a consortium environment discussed in the paper will have implications for libraries to select a proper approach and time on the adoption of emerging library systems. Originality/value - The paper addresses issues related to a large library system, especially ERM system implementation in a consortium environment. The experience and findings obtained from the project can provide practical information to libraries that are considering implementing ERM or other large library systems

Editorial: Celebrating Three Year Anniversary and Launching the Seventh Issue

Editorial: Celebrating Three-Year Anniversary and Launching the Seventh Issu

A simple entanglement measure for multipartite pure states

A simple entanglement measure for multipartite pure states is formulated based on the partial entropy of a series of reduced density matrices. Use of the proposed new measure to distinguish disentangled, partially entangled, and maximally entangled multipartite pure states is illustrated.Comment: 8 pages LaTe

Access to serials: integrating SFX with Evergreen open source ILS

Purpose - The purpose of this paper is to address the integration of SFX link resolver with Evergreen open source integrated library system (ILS). It also aims to describe a method to incorporate print serials into SFX. Design/methodology/approach - A print serials project has been proposed and implemented to integrate print and electronic serials at University of Windsor Leddy Library. It contains two sub-projects: to incorporate all forms of serials in SFX; and to integrate SFX with the Evergreen library catalogue for serials access. Various issues associated with print serials and open source software were also investigated. Findings - A unified view of print and electronic serials is desired and well received by librarians and patrons. There is no technical difficulty uploading print serials data into SFX, but the process can be time-consuming and challenging. Open source software is flexible in terms of customization and interoperability with other library systems though it presents challenges to system staff. Originality/value - This paper has the following contributions: it is the first work on the integration of Evergreen open source ILS and the proprietary link resolver, SFX, in the literature. The issues encountered and their solutions presented in this paper may be applicable to the integration of open source ILSs, such as Evergreen and Koha, with link resolvers or other library systems; and the method described in this paper to facilitate users in accessing all forms of serials may be useful for other institutions having SFX or other link resolver systems

Chinese Graduate Students and the Canadian Academic Library: A User Study at the University of Windsor

This paper presents a pilot study that examined the information seeking behaviors of Chinese graduate students at the University of Windsor. Findings on current Chinese students\u27 perceptions, expectations, and use of library services are highlighted including implications for academic libraries to meet international students\u27 information needs

Chinese localisation of Evergreen: an open source integrated library system

Purpose - The purpose of this paper is to investigate various issues related to Chinese language localisation in Evergreen, an open source integrated library system (ILS). Design/methodology/approach - A Simplified Chinese version of Evergreen was implemented and tested and various issues such as encoding, indexing, searching, and sorting specifically associated with Simplified Chinese language were investigated. Findings - The paper finds that Unicode eases a lot of ILS development problems. However, having another language version of an ILS does not simply require the translation from one language to another. Indexing, searching, sorting and other locale related issues should be tackled not only language by language, but locale by locale. Practical implications - Most of the issues that have arisen during this project will be found with other ILS-like systems. Originality/value - This paper provides insights into issues of, and various solutions to, indexing, searching, and sorting in the Chinese language in an ILS. These issues and the solutions may be applicable to other digital library systems such as institutional repositories

Lipopolysaccharide Animal Models for Parkinson\u27s Disease

Lipopolysaccharide (LPS), an endotoxin from Gram-negative bacteria, acts as a potent stimulator of microglia and has been used to study the inflammatory process in the pathogenesis of Parkinson\u27s disease (PD) and anti-inflammatory therapy for PD treatment. Here, we review the growing body of literature on both in vitro and in vivo LPS PD models. Primary cell cultures from mesencephalic tissue were exposed to LPS in vitro; LPS was stereotaxically injected into the substantia nigra, striatum, or globus pallidus of brain or injected into the peritoneal cavity of the animal in vivo. In conclusion, the LPS PD models are summarized as (1) local and direct LPS treatment and (2) systemic LPS treatment. Mechanisms underlying the PD models are investigated and indicated that LPS induces microglial activation to release a variety of neurotoxic factors, and damaged neurons may trigger reactive microgliosis, which lead to progressive dopaminergic neurodegeneration