The 12th International Symposium on Applied Computing for Software and Smart Systems (ACSS-2025) is to be held during July 04-05, 2025 in Kolkata, India. ACSS 2025 is aimed at offering a qualified opportunity for presentation and discussion of the innovative works by undergraduate, graduate students and as well as research scholars. While the emphasis of the workshop is on Software and Smart Systems, we solicit research outcomes on other relevant areas pertaining to advancement of computing.
Some of the selected papers are to be included in a Special Issue of the Springer Nature Journal of Innovations in Systems & Software Engineering (ISSE) or in the International Journal of Biometrics.
Visit ISSE Visit IJBM
Department of Computer Science & Engineering
University of Calcutta, India
The ACSS-2025 International Symposium aims to facilitate research scholars to present and discuss their research works with senior researchers in a constructive and friendly atmosphere. Since March 17, 2017, there have been a total of 4477 chapter downloads for the eBook on SpringerLink
Paper Submission Date : January 18, 2025
Author Notification : March 16, 2025
Camera Ready Submission & Author Registration : March 31, 2025
Symposium : July 04-05, 2025
We welcome all such authors to submit research papers to the 12th International Symposium on Applied Computing for Software and Smart Systems (ACSS-2025). Any work that is not presented in ACSS-2025 shall not be included in the conference book. This symposium would be best suited for researchers who work in one of the following broad areas:
The submission draft for full papers should be limited to 10-12 pages. All papers will be carefully reviewed by the program committee and a balanced program will be selected based on relevance and technical soundness. Each paper will receive at least two blind reviews. Please note that author names, affiliations, etc. are not to be included in any form in the manuscript. The selected and presented works for ACSS 2025 are to be published after the symposium by Springer as an edited book in the Lecture notes in Networks and Systems book series. Extended version of selected papers are to be included in a Special Issue in the Springer Nature Journal of Innovations in Systems & Software Engineering (ISSE) or in the International Journal of Biometrics.
Category | From India | From Abroad |
---|---|---|
Author (Oral Presentation) | INR 8000 | 400 US Dollar |
Listener | INR 2000 | 100 US Dollar |
Industry | INR 10,000 | 500 US Dollar |
Upon acceptance of their papers for inclusion in the ACSS (Applied Computing for Software and Smart Systems) conference proceedings published by Springer, authors are required to download and complete a copyright form. This form serves as a formal agreement between the authors and Springer, granting Springer the necessary rights to publish and distribute the accepted papers.
Earth observation (EO) data providers often set up different conditions for accessing their content on the Internet. They are the starting point of raw materials for many research projects based on remote sensing and geographic information systems. Monitoring the authenticity and origins of EO data is paramount but also difficult, considering they can be copied and disseminated quickly after being tampered with. Often, the data is spread and exploited before detecting any anomaly or without detecting them at all. In this talk, we address the possibilities for implementing information-hiding techniques in EO data, such as watermarking for provenance identification and authenticity validation, among other applications. Our proposal can be used by any content featuring a multilevel representation of information stored in multi-dimensional structures.
How can one test the correctness of a program that is supposed to output an element from a large universe according to a certain distribution? These kinds of programs are heavily used in real life but are rarely tested for correctness. This problem can be framed as a problem in property testing. Property testing is a subject that deals with these challenges. It tries to design sub-linear algorithms for testing various properties of inputs. The key lies in the way the data is accessed by the algorithm. One of the central problems in property testing and many other related subjects is testing if a distribution has a certain property - say whether a distribution on a finite set is uniform. The conventional way of accessing the distributions is by drawing samples according to the distributions. Unfortunately, in this setting the number of samples that are necessary for testing properties of distribution (for most natural properties) is polynomial in the size of support of the distribution. Thus when the support is relatively big the algorithms become impractical in real life applications. We introduced a new way of accessing the distribution using ``conditional-sampling oracle". This oracle can be used to design much faster algorithms for testing properties of distribution and thus makes the algorithm useful in practical scenarios. We show that the conditional oracle can be implemented in many real life problems and we have been able to show the usefulness of this model and our algorithms in practical purposes and in other areas of research - like testing of probabilistic verification. This model also throws a number of interesting theoretical questions.
Digital payment adoption across the globe and especially in India is rapid. UPI, for example, is clocking 14+ billion transaction in month of May 2024, which grew by 7.7% from April 2024. Systems that enable such payment volumes and growing need special attention to multiple design aspects. The dependency of nations is increasingly growing in such systems. Today 30+ crores people and 5+ crores merchant is dependent on UPI and constitutes 80% of retail digital payment in India. This session covers the key design considerations to maintain high-availability, high-reliability, and low-latency, while supporting high-scalability.
The ACSS 2024 books are to be published by Springer Nature. The ACSS book volume(s) are indexed by Thomson Reuters (ISI Proceedings), EI-Compendex, DBLP, SCOPUS, and others. Extended version of selected papers are to be included in a Special Issue in the Springer Nature Journal of Innovations in Systems & Software Engineering (ISSE) and International Journal of Biometrics.(IJBM)
Khalid Saeed, Bialystok University of Technology, Poland
Nabendu Chaki, University of Calcutta, Kolkata, India
Agostino Cortesi, Ca' Foscari University, Venice, Italy
Rituparna Chaki, University of Calcutta, Kolkata, India
Sankhayan Choudhury, University of Calcutta, Kolkata, India
Nagaraju Devarakonda, VIT-AP University, India
Monowar Bhuyan, Umea University, Sweden
Ca' Foscari University, Venice, Italy
Bialystok University of Technology, Poland
Souvick Das, University of Calcutta, India
Acharya Prafulla Chandra Sikhsha Prangan
University of Calcutta
JD-2,Sector-3,Salt Lake
Kolkata 700106
New Town Terminus, B.G-12,
Action Area I, 1-B, Rajarhat,
Kolkata 700156