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Through a single computerized system, the Libraries Information Access System (LIAS) provides integrated access to a range of information functions in support of services at all libraries of the Pennsylvania State University. It supports both academic and administrative needs. Its design facilitates access to all components through a common terminal. In development since 1975 by the University Libraries, LIAS is a fully interactive system, providing immediate information about collections and transactions.

Presents a review on implementing finite element methods on supercomputers, workstations and PCs and gives main trends in hardware and software developments. An appendix included at the end of the paper presents a bibliography on the subjects retrospectively to 1985 and approximately 1,100 references are listed.

Highly sophisticated digital technologies have distanced architects and designers from intimate and immediate hand-drawing practices. Meanwhile the changes they rapidly bring come with undetected changes in cultural and social norms regarding the built environment. The growing dependence on computers calls for a more holistic, socially inclusive and place-responsive design practice. This paper aims to shed light on what we are losing in the design process as we rapidly transition to communicate architecture using digital media. The authors contemplate the paradigms in which the human body and physical objects still play an important role in today's design environment.

The paper looks at current trends in developing and establishing “computer imaging” within architectural education, and the architectural profession through parametric design and the area of sustainability. In order to reveal novel and hybrid ways of architectural image-making, it also looks into art forms that already experiment with bodily practices in design by taking an artisanal animation project as a case study.

The renewed longing for craft, haptic environments, tactile experiences and hand-crafted artifacts and artworks that engage the senses can be exemplified with the success of the documentary Last Dance on the Main, an animated film on the endangered layers of human presence in one of Montreal's downtown neighborhoods. The open possibilities for creative hybridizations between the handmade and the digital in architecture practice and education are exposed.

The influence of film on the perception and consequent design of cities is well documented. There is little literature, however, on how the materiality and process of artisanal film animation can provide alternative, if not additional, insights on how to communicate various aspects of the built environment, particularly those rooted in the human body. Furthermore, handmade film explores a broader understanding of sustainability, which includes considerations for social and cultural contexts.

Outlines the Open Security Architecture (OSA). OSA is an architecture which will provide the basis for the selection, design and integration of products providing security and control for a network of desktop personal computers, “mobile” notebook computers, servers and mainframes. States that the purpose of this architecture is to provide an environment where: acceptable and workable controls can be placed on sensitive data; user productivity and existing investments in applications are not negatively impacted by the addition of control and security; data flow around the organization, and the investment that has been put in place to support this capability (e.g. local‐area, wide‐area, and telephonebased networks) can still be used to enhance information exchange between users; and all workstations, regardless of their location, operating system, or capability to connect to a network, can be included and easily administered under this architecture.

This research investigates the means of tacit knowledge (TK) communication between the designer and the computer in architectural design. Despite the integration of state-of-the-art computational technologies in different design phases, this integration happens within a limited scope, focusing mainly on tangible aspects of the design process, such as technical systems and visual representations. This lets architectural design miss the wider scope technology provides, where it can help in developing the computational design process through incorporating new intangible knowledge domains that were usually neglected, such as tacit knowledge, and through incorporating more design entities that were not included in the design process before.

The study conducts an interdisciplinary analytical review of the literature to achieve two main research goals. The first goal investigates TK communication between human beings and the second understands approaches of TK communication between humans and computers. For each goal, three phases were implemented; an initial research phase, where main keywords are identified, a sampling and selection of literature phase and an analysis of literature phase.

Through interlinking findings from different disciplines, the study presents a theoretical framework for TK communication. The framework provides architects with an approach to construct and transfer TK while using the computer in a computational design environment, presenting an individual and a social set of conditions and factors revealed from the review of the analyzed literature. The framework particularly emphasizes the significance of a human–computer symbiotic relationship for the process of TK communication to take place.

This paper presents a novel interdisciplinary reading into the literature of fields beyond architectural design, incorporating intangible knowledge domains into the computational design process and expanding the capabilities of computational design tools to allow for the transfer of intangible design attributes between different design entities, particularly tacit design knowledge.

This paper aims to review in-memory computing (IMC) for machine learning (ML) applications from history, architectures and options aspects. In this review, the authors investigate different architectural aspects and collect and provide our comparative evaluations.

Collecting over 40 IMC papers related to hardware design and optimization techniques of recent years, then classify them into three optimization option categories: optimization through graphic processing unit (GPU), optimization through reduced precision and optimization through hardware accelerator. Then, the authors brief those techniques in aspects such as what kind of data set it applied, how it is designed and what is the contribution of this design.

ML algorithms are potent tools accommodated on IMC architecture. Although general-purpose hardware (central processing units and GPUs) can supply explicit solutions, their energy efficiencies have limitations because of their excessive flexibility support. On the other hand, hardware accelerators (field programmable gate arrays and application-specific integrated circuits) win on the energy efficiency aspect, but individual accelerator often adapts exclusively to ax single ML approach (family). From a long hardware evolution perspective, hardware/software collaboration heterogeneity design from hybrid platforms is an option for the researcher.

IMC’s optimization enables high-speed processing, increases performance and analyzes massive volumes of data in real-time. This work reviews IMC and its evolution. Then, the authors categorize three optimization paths for the IMC architecture to improve performance metrics.

Virtual reality (VR) technology invaded various domains including architecture practice and education. Despite its high applications in architecture design education, VR has a high potential to be used in architectural history courses as well. This paper aims to examine the effect of using VR technology on the students’ learning abilities of history of architecture.

The experimental approach was used. Two experiments were designed by creating virtual environments for two selected architectural examples from the Modern Architecture course. The participants who were students of Modern Architecture class had to complete two questionnaires, one for each example. The first one was based on Bloom’s taxonomy, and the other was prepared to test the participants’ analytical and critical skills. Besides, participants had to fill out satisfaction and ease-of-use survey on a five-step Likert scale.

Participants in the VR condition achieved better grades in knowledge gain compared to those in the traditional conditions. Their analytical and critical thinking skills were improved in the VR conditions. Gender has a significant impact on analytical and critical thinking skills. Participants recorded a high level of satisfaction; however, male students were more satisfied than female students who reported concerns about the weight of the used tools and nausea symptoms.

This study informs architecture education and provides insights into the potentials of using advanced technology in architectural history education. Teaching the various history of architecture courses will be improved, shifted toward a more student-centered curriculum, and may acquire more excitement and conscious curiosity.

Using VR in architectural education is rigorous in architectural design courses and students’ design projects’ presentations. This research expands architectural education research by examining other ways of teaching history of architecture courses and its effect on the students’ knowledge gain and performance.

Most organisations, in spite of the attention and investment focused on ERP software, have a number of discrete computer systems that operate independently of one another. In addition to the problems of unmanageability, this results in an inability to fully exploit the information resources available. The concept of an information architecture, which draws on the architectural profession, is an attempt to focus discipline on the design and building of information systems, to facilitate prioritisation and decision making, in support of business strategy.

This paper gives a bibliographical review of the finite element and boundary element parallel processing techniques from the theoretical and application points of view. Topics include: theory – domain decomposition/partitioning, load balancing, parallel solvers/algorithms, parallel mesh generation, adaptive methods, and visualization/graphics; applications – structural mechanics problems, dynamic problems, material/geometrical non‐linear problems, contact problems, fracture mechanics, field problems, coupled problems, sensitivity and optimization, and other problems; hardware and software environments – hardware environments, programming techniques, and software development and presentations. The bibliography at the end of this paper contains 850 references to papers, conference proceedings and theses/dissertations dealing with presented subjects that were published between 1996 and 2002.

This paper describes the development of a fault‐tolerant database processor (DBP) system to replace OCLC's conventional file system, which not only improves overall system reliability and database availability, but also facilitates the operation and management of a large and rapidly growing online database. This database processor became operational on 16 October 1978, an achievement that represents a significant advance in the operation of information storage and retrieval systems.