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2 results

  • 7 - International Trade Law and Cybersecurity

  • Edited by Tomoko Ishikawa, Nagoya University, Japan, Yarik Kryvoi, British Institute of International and Comparative Law
  • Book:
    Public and Private Governance of Cybersecurity
    Published online:
    09 November 2023
    Print publication:
    23 November 2023, pp 161-184

  • Summary

    The chapter analyses how trade agreements balance liberalisation of digital trade with cybersecurity concerns. The chapter identifies the strengths, weaknesses, and ambiguities facing digital trade regulation in these agreements. As a way to address the tension between international trade law and cybersecurity, it examines security exception clauses in different trade agreements. It also analyses the efforts found in recent regional trade agreements to direct state parties to have regard to international standards concerning cybersecurity issues. It concludes that harmonisation of such standards would suggest the possibility of a greater coherence in cybersecurity governance.

  • Time–dependent Simple Temporal Networks: Properties and Algorithms∗

  • Cédric Pralet, Gérard Verfaillie
  • Journal:
    RAIRO - Operations Research / Volume 47 / Issue 2 / April 2013
    Published online by Cambridge University Press:
    18 April 2013, pp. 173-198
    Print publication:
    April 2013

  • Simple Temporal Networks (STN) allow conjunctions of minimum and maximum distance constraints between pairs of temporal positions to be represented. This paper introduces an extension of STN called Time–dependent STN (TSTN), which covers temporal constraints for which the minimum and maximum distances required between two temporal positions x and y are not necessarily constant but may depend on the assignments of x and y. Such constraints are useful to model problems in which the duration of an activity may depend on its starting time, or problems in which the transition time required between two activities may depend on the time at which the transition is triggered. Properties of the new framework are analyzed, and standard STN solving techniques are extended to TSTN. The contributions are applied to the management of temporal constraints for so-called agile Earth observation satellites.