#sciences software systems

[noosphe-re]

"International Journal of Fuzzy Systems is a semi-quarterly journal focussed on the theory, design, and application of fuzzy systems, ranging from hardware to software." https://link.springer.com/journal/40815

[daniel-nerd]

i find it really funny how computers are a bunch of rocks that some people learned how to communicate with, they’re using some weird unknown language that you need to learn for years, and a bunch of symbols that they write on the stones. and then they combine these stones with other stones so normies could see cats from the past. like it’s literally a magic system we just call it “software engineering”. someone need to make a book or a dnd campaign where the magic system is just computers.

[frank-olivier]

Emergence: A Multidisciplinary Journey towards Understanding Complex Systems

Emergence, a concept central to our understanding of complex systems, has long captivated scientists, philosophers, and computer scientists. Despite its ubiquity, emergence remains enigmatic, with its multifaceted nature necessitating a multidisciplinary approach to grasp its full implications.

Emergent properties, which arise from the interactions of simpler components, often exhibit features that are irreducible to their constituent parts. This challenges scientific inquiry, as traditional reductionist methods may fail to capture the essence of emergent phenomena. To tackle this complexity, a holistic, multidisciplinary perspective is required, drawing insights from physics, biology, sociology, and computer science. The predictability of emergence remains a contentious issue. Some argue that it is a predictable outcome of complex systems, while others view it as an unpredictable, 'magical' aspect. This dichotomy highlights the need for further exploration and nuanced understanding of emergent properties.

Philosophers have long grappled with emergence, with debates centering around its implications for our understanding of reality. From a philosophical perspective, emergence raises profound questions: Do emergent properties cause changes at the micro level, or do changes in the micro components give rise to emergent properties? This question challenges our understanding of causality and its directionality. If emergent properties determine system behavior and are not directly controlled by the components, how does this relate to free will? This question forces us to reevaluate our understanding of agency and autonomy. How do the micro and macro levels of reality relate to each other? Emergence challenges the notion of a straightforward, bottom-up relationship, suggesting a more complex, bidirectional interplay.

Computer science has significantly contributed to the study of emergence, particularly in the realms of artificial intelligence and complex systems. The role of software in emergence is pivotal, but under-explored. A clearer definition of 'software' in this context is needed, as well as an understanding of its implications for our comprehension of complex systems. The concept of 'primitive software' in complex systems is intriguing. By studying simple software systems that give rise to complex behaviors, we can gain insights into the mechanisms underlying emergence. However, further exploration is required to fully understand this relationship.

A comprehensive understanding of emergence necessitates a multidisciplinary approach that integrates scientific, philosophical, and computational perspectives. By developing an integrated framework, analyzing case studies, modeling and simulating emergent phenomena, and exploring the ethical and social implications, we can advance our understanding of this fascinating concept. Moreover, fostering communication and collaboration between scientists, philosophers, and computer scientists is crucial. By learning from each other's disciplines, we can refine our theories, improve our methods, and ultimately, unravel the mysteries of emergence.

Fernando Rosas, Hardik Rajpal: Towards a formal understanding of emergence in biological systems (Michael Levin, November 2024)

Wednesday, November 6, 2024

[just-my-insufferable-existance]

Should I actually make meaningful posts? Like maybe a few series of computer science related topics?

I would have to contemplate format, but I would take suggestions for topics, try and compile learning resources, subtopics to learn and practice problems

[qisacdemyoffpage]

Kickstart Your Tech Career: Why Internships Are More Important Than Ever

In the rapidly changing digital economy we live in today, a degree no longer suffices. What truly makes you stand out is practical experience—and that's where internships fit in.

If you are a computer science or IT bachelor's or master's degree holder, applying for a Java internship for freshers can prove to be one of the best decisions you ever took. Java remains a basis of enterprise software, and hence it is extremely important to study Java for those who are interested in working on backend development, application security, or web systems with scalability. Internships provide freshers with hands-on experience in writing optimized code, debugging, version control, and project collaboration.

On the opposite end, the world of technology is also eager for developers who excel at everything. This is why an full stack web development internship is a first preference for future professionals. With these internships, you get exposed to frontend and backend technologies—HTML, CSS, JavaScript, React, Node.js, Express, MongoDB, etc.—and you become a jack-of-all-trades of the world.

But above all, it is not that these internships simply teach you how to code, but how they teach you how to work, manage teams, deadlines, and deployable applications that solve real problems.

From product companies to tech startups or freelance work, the hands-on experience you learn through a concerted internship can define your career path. Theory is fine to learn, but experience is what gets you ready for a job.

[xtruss]

Chinese Researchers Release World’s First AI-Based Fully Automated Processor Chip Design System

— Global Times | June 10, 2025

Photo: VCG

Chinese Researchers have released the World’s First Fully Automated Processor Chip Design System based on Artificial Intelligence (AI) Technology, making AI-designed chips a reality. With its designs comparable to the performance of human experts across multiple key metrics, the system represents a significant step toward fully automated chip design, potentially revolutionizing how chips are designed and manufactured.

The system named QiMeng jointly released by the Institute of Computing Technology, Chinese Academy of Sciences (CAS) and the Institute of Software of CAS, were recently published on arXiv.org, the Science and Technology Daily reported on Tuesday.

The QiMeng works like an automated architect and builder for computer chips. Instead of engineers manually designing every component, it uses AI to handle both the hardware and software aspects of chip creation.

China’s AI Chip Tool QiMeng Beats Engineers, Designs Processors In Just Days! With QiMeng, China’s Top Scientists Have Used AI To Build Processors Comparable To Intel’s 486 and Arm’s Cortex A53. June 10, 2025, Aamir Khollam Representational Image of AI-Driven Chip Design Process in China. Михаил Руденко/iStock. InterestingEngineering.Com

Expected to transform the design paradigms for the hardware and software of processor chip, the system not only significantly reduces human involvement, enhances design efficiency and shortens development cycles, but also enables rapid, customized designs tailored to specific application scenarios – flexibly meeting the increasingly diverse demands of chip design, the Science and Technology Daily reported.

Processor chips are hailed as the “Crown Jewel” of modern science and technology, with their design processes being highly complex, precise, and requiring a very high level of expertise. Traditional processor chip design relies heavily on experienced expert teams, often involving hundreds of people and taking months or even years to complete, resulting in high costs and lengthy development cycles.

Meanwhile, with the development of emerging technologies such as AI, cloud computing and edge computing, market demands for specialized processor chips and their corresponding foundational software optimization are growing rapidly. However, the number of professionals engaged in the processor chip industry in China is severely insufficient to meet this increasing demand.

In response to these challenges, the QiMeng system leverages advanced AI technologies such as large models to realize automated CPU design. It can also automatically configure corresponding foundational software for the chip, including operating systems, compilers and high-performance kernel libraries, according to the report.

[sierraconsult]

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[octanexlabsin]

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[classroomlearning]

BTech CSE: Your Gateway to High-Demand Tech Careers

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[tech-sphere]

Carl E. Landwehr: Pioneer in Cybersecurity and Trustworthy Computing

Carl E. Landwehr is a distinguished American computer scientist specializing in cybersecurity and trustworthy computing. His extensive research has significantly advanced the identification of software vulnerabilities, the development of high-assurance software, and the creation of architectures for intrusion-tolerant and multilevel security systems.

Early Life and Education

Born in Evanston, Illinois, Landwehr pursued his undergraduate studies at Yale University, earning a Bachelor of Science degree. He furthered his education at the University of Michigan, obtaining both Master of Science and Ph.D. degrees in Computer Science. During his tenure at Michigan, he contributed to the Merit Network, the longest-running regional computer network in the United States.

Professional Career

Landwehr's career encompasses significant roles in government, academia, and research institutions:

Naval Research Laboratory (1982–1999): As a supervisory computer scientist, he conducted pioneering research in computer security, focusing on formal models for computer security and the development of secure systems.

Mitretek Systems (1999–2003): Serving as a Senior Fellow, he continued his work in cybersecurity, contributing to the advancement of secure computing practices.

National Science Foundation (2001–2004, 2009–2011): Landwehr developed and led cybersecurity research programs, shaping the direction of national research initiatives in the field.

Intelligence Advanced Research Projects Activity (2005–2009): As a Division Chief, he oversaw research programs aimed at enhancing national security through advanced computing technologies.

In academia, Landwehr has held teaching and research positions at institutions including Purdue University, Georgetown University, Virginia Tech, the University of Maryland, and George Washington University. Notably, he served as a lead research scientist at the Cyber Security Policy and Research Institute at George Washington University.

Contributions and Achievements

Landwehr's work has been instrumental in organizing and advancing the field of formal models for computer security. His influential taxonomy for security flaws has been widely recognized, and he has been a proponent of developing "building codes" for software used in critical infrastructures, particularly in the domains of medical devices and power systems.

His contributions have been acknowledged through numerous awards:

National Cyber Security Hall of Fame Inductee (2012): Recognized for his pioneering work in cybersecurity. Wikipedia

IEEE Fellow (2013): Honored for his contributions to the field of computer security.

ACM SIGSAC Outstanding Contribution Award (2013): Awarded for his significant impact on the field of computer and communications security.

NSF Director's Award for Meritorious Service (2012): In recognition of his exceptional service in advancing national research initiatives.

Editorial and Advisory Roles

Landwehr has served as editor-in-chief of IEEE Security & Privacy Magazine and as an associate editor for several IEEE journals. He has participated in studies for the National Academy of Sciences and was a member of DARPA's Information Science and Technology Study Group, contributing to the strategic direction of research in information security.

Recent Endeavors

In recent years, Landwehr has continued to influence the field through consulting and advisory roles, assisting in the development and management of research programs in the science of security. He has been an advocate for establishing industry standards, such as "building codes," for the construction of software with significant security requirements, organizing workshops and promoting best practices in software security.

Carl E. Landwehr's extensive body of work continues to shape the fields of cybersecurity and trustworthy computing, bridging the gap between academic research and practical applications in securing information systems.

[academiceurope]

Job - Alert 🌱

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Die Technische Hochschule Würzburg-Schweinfurt (THWS) sucht eine/n engagierte/n Expertin/en im Bereich der intelligenten Systeme zur Verstärkung unserer Fakultät für Elektrotechnik.

📍 Standort: Schweinfurt

🗓️ Bewerbungsfrist: 16. Januar 2025

Verfügen Sie über fundierte Kenntnisse in Hardware und Software sowie praktische Erfahrung in der Forschung? Dann freuen wir uns auf Ihre Bewerbung, um die Zukunft der Embedded Systems gemeinsam zu gestalten!

👉 Erfahren Sie mehr über diese spannende Gelegenheit und bewerben Sie sich über folgenden Link: https://www.academiceurope.com/job/?id=6322

Werden Sie Teil eines innovativen Teams und gestalten Sie die Lehre aktiv mit!

[questacademy]

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[hannahlu666]

The Data Realm - 05: Yuehua (on Wattpad) https://www.wattpad.com/1476087885-the-data-realm-05-yuehua?utm_source=web&utm_medium=tumblr&utm_content=share_reading&wp_uname=HannahLu666 In "Realm of Data," the boundaries between the virtual and real worlds blur, with time flowing like a shifting mist. The protagonists battle through this digital domain, striving to solve mysteries and restore order. Facing countless challenges and unpredictable system rules, their every effort becomes legend. This story explores the grandeur of the data world and the legendary journeys of its heroes, revealing their quest for hope and rebirth amidst the complex rules and ever-changing landscapes.

[octanexlabsin]

Growing steadily, we build meaningful relationships with like-minded partners and clients who energize our mission. We remain committed to excellence in every detail—serving industries such as Pharma, Agro, Fine & Specialty Chemicals, and offering full-spectrum CRO and CDMO support.