Search results

The process of building dynamic capabilities remains understudied, although deliberate learning is posited to be the key to developing and maintaining dynamic capabilities in turbulent environments. Based on the case study of Kodak’s responses to the shift from traditional to digital technology in the imaging industry (1993-2011), the purpose of this paper is to examine the role of managerial cognition in building dynamic capabilities.

The paper employs case study and qualitative method approach.

The results reveal that, when facing environmental turbulence, deliberate learning is subject to routine disruptions through entrepreneurial activities, and these organizational routines and activities are determined by organizational schema. Organizational schema itself is updated as a result of managers’ ongoing interpretation of the organization’s fit with the environment. The study findings contribute to the organizational studies and management literature by highlighting the role of managerial cognition into the microfoundation of dynamic capabilities.

The results demonstrate managerial cognition, and organizational schema in particular, as a microfoundation of dynamic capability.

The purpose of this paper is to address the challenges that special collections repositories face when creating digital surrogates driven by researcher demand, to link these digitization issues with archival practice, and to provide recommendations for improvement.

Presents an overview of the development of the University of Maryland Libraries' digital imaging workflows and a critique of current practices.

A viable digital repository can be built from surrogates created in response to researcher demand, but there are limitations to this approach, with opportunity for improvement.

As a case study, this paper is limited to one institution's perspective.

Provides insight into constructing and managing digitization programs at special collections repositories.

This paper offers a case study approach for an institutional digital repository influenced heavily by researcher demand, in contrast to a digital repository constructed with a more structured plan.

With the financial support of a donor gift and a grant from the Institute for Museum and Library Services (IMLS), Temple University Libraries embarked on a major digital imaging enterprise. The first year’s pilot projects, their costs, and lessons learned are discussed. Plans are outlined for continued expansion of their image database and related programs, which will be funded by a second IMLS grant and other sources.

To review the concept of digital imaging for PCB manufacturing, with a specific focus on ink‐jet printing technologies.

This paper has been written to provide a review of digital imaging in the PCB industry. The application of ink‐jet printing in PCB manufacturing and the basic technology behind ink‐jet printing is described.

Ink‐jet printing in PCB manufacturing is a new technology, whose benefits and liabilities are still being determined. Although the concept of digital imaging fits a need in the industry for better control over registration, there are still many issues to be addressed for the technology to become widely adopted.

The value of the paper lies in educating the industry in the concepts of ink‐jet printing and the potential benefits it can deliver towards yield improvement and reduced costs in an ever‐more demanding and price sensitive market.

Formal quality review processes are a necessary part of any digital imaging workflow. This article illustrates a set of quality review processes implemented in the Indiana University Digital Library Program's Digital Media and Image Center.

A methodology for automatic batch review of large numbers of images is presented, along with rationale and procedures for supplemental visual review. The initial stages of an effort to further automate and centralize image quality control at Indiana University are described.

Automation of checks for objective image criteria, together with formal visual review of a sample of digitized images, is an effective means of implementing a quality review process.

The methodologies described can be used as a model for other institutions performing digital imaging projects of any size.

RLG is a not-for-profit international alliance of about 160 members, including universities and colleges, national and public research libraries, archives, historical societies, museums, and independent research collections devoted to improving access to information that supports research and learning. Founded in 1974 as the Research Libraries Group by four visionary library directors from Columbia, Harvard and Yale universities and the New York Public Library, the consortium formed to allow research institutions to tackle tough challenges via collaborative action. Key issues were managing the transition from locally self-sufficient and independently comprehensive collections to a system of interdependencies that would preserve and enhance the capacity for research in all fields of knowledge and improving the ability to locate and retrieve relevant research resources (RLG, 1986). At its inception, four activity areas were identified for collaborative action: cooperative bibliographic control and access; effective mechanisms for sharing information and resources among member institutions; expanded and coordinated collection development efforts; and preservation of the collections, either in the original or surrogate format.

This paper aims to provide image repository to the medical professional in an open source platform, which will increase the visibility of Digital Imaging and Communication in Medicine (DICOM) image in a network mode; further, the proposed system will reduce the storage cost of the images to significant level.

The authors have developed a new institutional repository model for the medical professionals cum radiologists to preserve, store and retrieve medical images from one database with the help of open source software. The authors used JavaScript programming to integrate and develop the DICOM Standard with DSpace.

Major outcome of this work is that DICOM images can be accommodated in DSpace without modifying the image properties and keeping intact the various dimensions of image viewing options. Further, it was found that the images are retrieved without any ease because of the robust indexing system.

Major limitation of this study was the size of the data (5000 DICOM image) with which the authors have tested the system. The scalability of the system has to be tested on various fronts, for which separate study has to be done.

Once this system is in place, DICOM user can store, retrieve and access the image from Web platform. This proposed repository will be the storehouse of various DICOM images with reasonable storage costs.

In addition to exploring the opportunities of open source software (OSS) implementation in Medical Fields, this study includes issues related to implementation of open source repository for storing and preserving medical image. This is the first time in Library Science field to create and develop Open Source DICOM Medical Image Library with the help of DSpace. The study will create value for library professionals as well as medical professionals and OSS vendors to understand the medical market in the context of OSS.

Photoresist imaging traditionally uses silver halide or diazo based phototools for contact exposure to an actinic UV light source. By contrast, laser direct imaging uses digital imaging data to control a laser beam scanner to write directly on to the photoresist, therefore eliminating the need for phototools. In the past, even though the benefit of a UV system was recognised, laser direct imaging was mainly limited to the use of a visible laser as early UV lasers were low in power, unreliable and expensive. So far, no visible systems have gained commercial recognition because of the inherent deficiencies of the visible system. Recent advantages in UV laser equipment and UV sensitive photoresist have now made UV laser direct imaging a viable alternative to traditional contact imaging. As new UV laser imaging systems start to emerge, interest and attention are also growing among printed circuit board manufacturers. This paper discusses various attributes of a UV laser direct imaging system and fundamental differences in photophysics between laser direct imaging and conventional UV imaging.

To accommodate increasing levels of device integration at the chip level, circuit line densities in electronic packages are continually increasing. Greater circuit line density, in turn, necessitates a corresponding increase in package‐to‐board interconnection density, with I/O counts expected to reach over 600 by 1995. In conjunction with the upward trend in I/O counts are a complementary upward trend in clock speed and an opposing downward trend in package sizes driven by the need to provide more functionality in less space, particularly in notebooks and PCMCIA cards. To satisfy the requirements of increased I/O counts and clock speed, and reduced package sizes, various package‐to‐board interconnection technologies are being developed, such as flip chip attach (FCA) using C4 joints. However, FCA interconnections have a disadvantage of being very difficult, if not impossible, to visually inspect. Though automatic test equipment (ATE) can determine whether the package is functional, it cannot determine the quality and reliability of FCA interconnections. Of the possible inspection techniques available to assess the quality of FCA interconnections — differential laser thermal analysis, acoustic microscopy and cross‐sectional X‐ray radiography — only cross‐sectional X‐ray radiography is capable of accurate, automated inspection of production volumes. This paper will first examine the requirements for inspecting FCA joints and will then describe the various inspection alternatives, outlining their advantages and disadvantages. Having described the potential advantage of one particular cross‐sectional X‐ray technique, digital tomosynthesis, the paper will conclude with some cross‐sectional images of FCA and SMT joints taken by a digital tomosynthesis system being developed for the inspection of FCA joints.