7th Latin-American Symposium on Dependable Computing, Cali, Kolumbien

Abbrevation

LADC

Link

http://www.unicauca.edu.co/ladc2016/

City

Cali

Country

Colombia

Deadline Paper

2016-06-17

Start Date

2016-10-19

End Date

2016-10-21

Abstract

LADC is the major Latin–American event oriented to disseminate computer system dependability research advances. The LADC 2016 program will present technical sessions, workshops, tutorials, keynote talks from international experts in the area and an industrial track. The symposium scope includes software and system dependability research works and technological challenges. The main track at LADC 2016 is soliciting original, unpublished research papers in two categories: (1) full research (regular) papers, and (2) practical experience reports. Papers will be assessed with criteria appropriate to each category. LADC looks for works exploring new territory, continuing a significant research, or reflecting on practical experience. While full research manuscripts should explore a specific technology problem and propose a complete solution to it, with extensive results, practical experience reports are expected to provide an in–depth exposition of practitioner experience and empirical studies. LADC will be held in Cali, Colômbia. Cali is located on the Cauca Valley to the west of the Cauca River and to the east of the Farallones de Cali. The city rests just about 1,000 meters (3,281 feet) above sea level and its topography is fairly flat. The city has been named as the world capital of the Salsa dance. All aspects of dependable and secure systems are within the scope of LADC, including fault tolerant architectures, protocols and algorithms, models for performance and dependability evaluation, as well as, experimentation and assessment of dependable and secure systems. Authors are invited to submit original papers on research and practice of creating, validating, deploying, and maintaining dependable and secure systems. Major topics include, but are not limited to: – Frameworks and software architectures for dependability, runtime monitoring, adaptation, model–driven dependability engineering, testing, verification & validation, software certification. – Dependability of networks protocols. – Dependability of data storage and databases. – Dependability and human issues, human–computer interaction, management of complex systems. – Security foundations, policies, protocols, access control, intrusion detection, intrusion tolerance. – Incidents & accidents, risk perception and analysis, safety–critical applications and systems. – Dependability and security modeling, measurement and benchmarking. – Dependability of maintenance, tuning performance and availability, security configuration.