Despite the increased use of continuous integration or continuous development (CI/CD) pipelines as a means to ensure code quality, its effectiveness is limited due to the lack of justification in its structure. Since ...
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ISBN:
(纸本)9798400706226
Despite the increased use of continuous integration or continuous development (CI/CD) pipelines as a means to ensure code quality, its effectiveness is limited due to the lack of justification in its structure. Since CI/CD pipelines are written as code, they ideally should be treated as such. This means, they should be fully integrated into the DevOps process. The proposed solution is an extension to the Justification Diagram ( JD) model that would enable developers to seamlessly develop such pipelines iterative and incrementally, through the use of patterns and merging syntax. This tool will help better integrate CI/CD pipelines into the DevOps process, ultimately creating more maintainable and justified pipelines.
Simulation-based verification of Very-Large-Scale integration (VLSI) chip design is inevitable. However, the simulation speed can be a bottleneck in the verification process productivity. People tried to accelerate si...
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This paper is the electrical design of a general industry-education integration training building - electrical lighting and anti-grounding system design, mainly including two aspects, namely the design of lighting and...
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Precise sustainability assessment becomes increasingly important in decision-making, marketing, and regulations. Therefore, reliable and comparable LCA becomes mandatory. Currently, primary data is rarely available du...
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This paper examines the potential integration of generative AI into the assistive technology (AT) making and adaptation process, with Occupational Therapists (OTs) as the primary beneficiaries, as they are often invol...
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ISBN:
(纸本)9798400706776
This paper examines the potential integration of generative AI into the assistive technology (AT) making and adaptation process, with Occupational Therapists (OTs) as the primary beneficiaries, as they are often involved in designing 'do-it-yourself assistive technology' (DIY AT) to support independent living for individuals with disabilities. We initiated the study by considering the traditional AT-making processes performed by OTs and prototyped a web interface that incorporates generative AI to support these processes. through a series of user studies, we collected OTs' preliminary insights on how generative AI could bridge the gap between clinical reasoning and technical design, potentially streamlining the AT creation and adaptation process while maintaining the crucial element of personalized AT solutions. The study's findings highlight several key benefits of generative AI in OT practice: 1) customization of AT solutions tailored to individual client needs, 2) improved visualization capabilities for client communication, 3) inspiration for new AT design ideas, and 4) potential for rapid prototyping and practice. However, key drawbacks were noted, including limitations in inputting measurements, which can lead to inaccurate outputs and necessitate substantial modifications to the created AT, along with challenges associated with the current state of generative AI.
Recent ecological concerns have resulted in an increased demand for natural materials. Recyclability and environmental safety are becoming paramount factors in determining the sustainability of the products. Green Com...
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design is the first part of realizing smart manufacturing, and the study of digital twin-based footwear product design and manufacturing integration has an important impact on the subsequent parts processing, assembly...
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this paper presents a methodology of DTCO (design-Technology Co-Optimization) for advanced FDSOI CMOS technology based on process emulation. By combining process emulation for the generation of 3D structures, TCAD and...
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ISBN:
(纸本)9798331516369;9798331516352
this paper presents a methodology of DTCO (design-Technology Co-Optimization) for advanced FDSOI CMOS technology based on process emulation. By combining process emulation for the generation of 3D structures, TCAD and SPICE simulations, integrated circuit (IC) performance can be estimated. This work, based on realistic devices taking into account integration flow and interconnects topologies (multilayer dielectrics, contact etching form, etc.) offers a large range of technological and device parameters study. We illustrate the interest of this approach by specifically studying the effect of interconnect oxides permittivity on the performance of a ring oscillator (RO).
Amidst growing environmental challenges and the imperative for sustainable solutions, this study explores how generative artificial intelligence (AI) can drive innovation in process engineering. It investigates the ef...
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Amidst growing environmental challenges and the imperative for sustainable solutions, this study explores how generative artificial intelligence (AI) can drive innovation in process engineering. It investigates the effectiveness of different prompting techniques and their integration with nature-inspired principles (NIP) in fostering sustainable innovation. The study employs a comparative methodology to assess the effectiveness of two distinct prompting techniques: basic and AI-automated prompting. It also examines the influence of integrating NIP derived from various natural ecosystems on the generated solutions. Experiments were conducted using a generative AI model and analysing the output, focusing on the number of unique and overlapping ideas. Furthermore, the quality of AI-generated solution concepts was evaluated using four parameters, such as feasibility, novelty, usefulness, and sustainability, each rated on a scale of 0 to 2. Three case studies within the process engineering domain were used, each representing a different problem-solving scenario. The results showed that the integration of NIP, particularly through the "one by one" strategy in AI-automated prompting, significantly increased the number of unique ideas compared to basic prompting, demonstrating its effectiveness in enhancing idea diversity and quality. Concepts generated through this approach also scored higher in novelty and sustainability, aligning with sustainable innovation goals. These findings have practical implications for developing innovative and sustainable engineering solutions, particularly in the early phases of design, offering insights into effective strategies for leveraging AI in eco-innovation.
This pictorial showcases the integration of AI into the designprocessthrough the use of image generators. Following a Research throughdesign (RTD) approach, we recruited 6 designers to create design proposals with ...
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ISBN:
(纸本)9781450398930
This pictorial showcases the integration of AI into the designprocessthrough the use of image generators. Following a Research throughdesign (RTD) approach, we recruited 6 designers to create design proposals with AI. They were invited to collect case studies, make annotated portfolios, collaborate with the generator for design ideation, and undergo semi-structured interviews. through this process, we gathered empirical data to investigate how designers ideate with AI and what opportunities and challenges emerge in the collaboration. The results showed that the combination of human and AI input in the designprocess contributes to a fresh form of self-expression and communication. AI was found to bring a distinct perspective that opens up new avenues for artistic expression. The research highlights the potential of AI to augment human creativity and the need for ongoing exploration in this field.
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