Making new discoveries from old data: utilizing digital scholarship to foster new research in special collections

Presented at the Mid-Michigan Digital Practitioners meeting, October 9, 2015.The University of Michigan Library is exploring a framework for fostering new and original research in Special Collections which moves beyond traditional scholarship methods. We are currently planning to utilize existing Special Collections data from finding aids, along with openly available digital scholarship tools, to identify and visualize hidden connections and social networks among creators of our archival collections. This new information can serve as a novel and innovative resource to help guide further research with Special Collections materials. In the future, we hope to build upon this framework in an innovative "library lab" model to support digital scholarship on campus, facilitate connections between researchers, and incubate projects, positioning Special Collections as an active collaborator in research using its materials. In this presentation, we discuss the methodology and tools we are using to surface hidden connections and social networks among individuals represented in our archival collections, as well as our goals for using this as a basis to develop a digital scholarship service.http://deepblue.lib.umich.edu/bitstream/2027.42/114387/1/Making new discoveries from old data.updated.pdfhttp://deepblue.lib.umich.edu/bitstream/2027.42/114387/2/MMDPSlides.updated.pptxDescription of Making new discoveries from old data.updated.pdf : PosterDescription of MMDPSlides.updated.pptx : Presentation slide

Applications and case studies in oil refineries

The widespread adoption of wireless systems for industrial automation calls for the development of efficient tools for virtual planning of network deployments similarly as done for conventional Fieldbus and wired systems. In industrial sites the radio signal propagation is subject to blockage due to highly dense metallic structures. Network planning should therefore account for the number and the density of the 3D obstructions surrounding each link. In this paper we address the problem of wireless node deployment in wireless industrial networks, with special focus on WirelessHART IEC 62591 and ISA SP100 IEC 62734 standards. The goal is to optimize the network connectivity and develop an effective tool that can work in complex industrial sites characterized by severe obstructions. The proposed node deployment approach is validated through a case study in an oil refinery environment. It includes an ad-hoc simulation environment (RFSim tool) that implements the proposed network planning approach using 2D models of the plant, providing connectivity information based on user-defined deployment configurations. Simulation results obtained using the proposed simulation environment were validated by on-site measurements

Transition Planning -- Responsibilities and Strategies

This meta-synthesis of the literature, on transition planning for youth with disabilities, examines several important facets that impact the post school outcomes for students with disabilities. Eight specific areas have been highlighted that point out the common theme areas of this metasynthesis. Research recognizes the responsibilities of the regular and special education teachers to the secondary transition process and the roles of the student and parent are not minimized at all. Professional development and continuous training are needed and highlighted for teachers, counselors, administrators, parents and students. There are specific successful strategies and methods to apply to the transition planning process. Raising expectations will likely result in positive post school outcomes as well. However, it is only too often that teachers, counselors, parents, and students are ill prepared for secondary transitions from high school to employment or further training. Expectations are too low and students are not prepared to make decisions about their employment or training in spite of the fact that self determination and self advocacy are strong tools that can and will promote positive outcomes for students. Indeed, individualized transition planning and person centered planning are valuable tools

Built to Change: Catalytic Capacity-Building in Nonprofit Organizations

Summarizes the results of a broad survey of programs, and business and nonprofit experts, in the field of organizational effectiveness

Improved resource efficiency and cascading utilisation of renewable materials

In light of various environmental problems and challenges concerning resource allocation, the utilisation of renewable resources is increasingly important for the efficient use of raw materials. Therefore, cascading utilisation (i.e., the multiple material utilisations of renewable resources prior to their conversion into energy) and approaches that aim to further increase resource efficiency (e.g., the utilisation of by-products) can be considered guiding principles. This paper therefore introduces the Special Volume “Improved Resource Efficiency and Cascading Utilisation of Renewable Materials”. Because both research aspects, resource efficiency and cascading utilisation, belong to several disciplines, the Special Volume adopts an interdisciplinary perspective and presents 16 articles, which can be divided into four subjects: Innovative Materials based on Renewable Resources and their Impact on Sustainability and Resource Efficiency, Quantitative Models for the Integrated Optimisation of Production and Distribution in Networks for Renewable Resources, Information Technology-based Collaboration in Value Generating Networks for Renewable Resources, and Consumer Behaviour towards Eco-friendly Products. The interdisciplinary perspective allows a comprehensive overview of current research on resource efficiency, which is supplemented with 15 book reviews showing the extent to which textbooks of selected disciplines already refer to resource efficiency. This introductory article highlights the relevance of the four subjects, presents summaries of all papers, and discusses future research directions. The overall contribution of the Special Volume is that it bridges the resource efficiency research of selected disciplines and that it presents several approaches for more environmentally sound production and consumption

Scalable Approach to Uncertainty Quantification and Robust Design of Interconnected Dynamical Systems

Development of robust dynamical systems and networks such as autonomous aircraft systems capable of accomplishing complex missions faces challenges due to the dynamically evolving uncertainties coming from model uncertainties, necessity to operate in a hostile cluttered urban environment, and the distributed and dynamic nature of the communication and computation resources. Model-based robust design is difficult because of the complexity of the hybrid dynamic models including continuous vehicle dynamics, the discrete models of computations and communications, and the size of the problem. We will overview recent advances in methodology and tools to model, analyze, and design robust autonomous aerospace systems operating in uncertain environment, with stress on efficient uncertainty quantification and robust design using the case studies of the mission including model-based target tracking and search, and trajectory planning in uncertain urban environment. To show that the methodology is generally applicable to uncertain dynamical systems, we will also show examples of application of the new methods to efficient uncertainty quantification of energy usage in buildings, and stability assessment of interconnected power networks

Knowledge Transfer Needs and Methods

INE/AUTC 12.3