WORKSHOP PROGRAM 2021

ASHES 2021 Workshop Program:

(We stress that all given times are LOCAL KOREAN TIMES, i.e., UTC +9h.)

All the presentation records are available by clicking the link in each session title (passcode: ASHES2021).

Friday, November 19, 2021

9:00am to 9:05am:  WELCOME MESSAGE

  • Chip Hong Chang (NTU Singapore), Stefan Katzenbeisser (U Passau), Debdeep Mukhopadhyay (IIT Kharagpur), Ulrich Rührmair (LMU München/U Connecticut):
    Welcome and Workshop Statistics

9:05am to 10:05am:  INVITED KEYNOTE I
(Session Chair:  Chip Hong Chang (NTU Singapore))

  • Ruby Lee (Princeton):
    Speculative Execution Attacks and Hardware Defenses

10:05am to 10:15am:  INTERMEDIATE BREAK

10:15am 11:30am:  TECHNICAL SESSION:  PHYSICAL ATTACKS (I)
(Session Chair:  Debdeep Mukhopadhyay (IIT Kharagpur))

  • Thilo Krachenfels (TU Berlin), Jean-Pierre Seifert (TU Berlin), Shahin Tajik (WPI):
    Trojan Awakener: Detecting Dormant Malicious Hardware Using Laser Logic State Imaging
  • Tatsuya Oyama, Shunsuke Okura, Kota Yoshida and Takeshi Fujino (all Ritsumeikan U):
    Backdoor Attack on Deep Neural Networks Triggered by Fault Injection Attack on Image Sensor Interface
  • Kunihiro Kuroda, Yuta Fukuda, Kota Yoshida and Takeshi Fujino (all Ritsumeikan U):
    Practical Aspects on Non-profiled Deep-learning Side-channel Attacks against AES Software Implementation with Two Types of Masking Countermeasures including RSM

11:30am to 11:40am:  INTERMEDIATE BREAK

11:40am to 12:50pm:  TECHNICAL SESSION:  SECURE HARDWARE DESIGN
(Session Chair:  Yuan Cao (Hohai U))

  • Calvin Deutschbein (U North Carolina at Chapel Hill), Andres Meza (Purdue U), Francesco Restuccia (Northeastern U), Ryan Kastner (UC San Diego), Cynthia Sturton (U North Carolina at Chapel Hill):
    Isadora: Automated Information Flow Property Generation for Hardware Design
  • Malik Imran (Tallin U), Felipe Almeida (Tallin U), Jaan Raik (Tallin U), Andrea Basso (U Birmingham), Sujoy Roy (U Graz) and Samuel Pagliarini (Tallin U): Design Space Exploration of SABER in 65nm ASIC  (Short Paper)
  • Wenye Liu and Chip-Hong Chang (both NTU Singapore): A Forward Error Compensation Approach for Fault Resilient Deep Neural Network Accelerator Design

12:50pm to 14:00pm:  LUNCH BREAK

14:00pm to 15:00pm:  INVITED KEYNOTE II
(Session Chair:  Ulrich Rührmair (LMU München/U Connecticut))

  • Farinaz Koushanfar (UC San Diego):
    Machine Learning on Encrypted Data: Hardware to the Rescue

15:00pm to 15:10pm:  INTERMEDIATE BREAK

15:10pm to 16:00pm:  TECHNICAL SESSION:  WILD AND CRAZY
(Session Chair:  Markus Kuhn (U Cambridge))

  • Yoo-Seung Won (NTU Singapore), Soham Chatterjee (Sleek Tech), Dirmanto Jap (NTU Singapore), Arindam Basu (NTU Singapore), Shivam Bhasin (NTU Singapore):
    WaC: Practical Side-Channel Attacks on Commercial Machine     Learning Accelerator:
    First Results
  • Erland Wittkotter (ASI Safety Lab):
    WaC: Trustworthy Encryption and Communication in an IT Ecosystem
    with Artificial Superintelligence

16:00pm to 16:10pm:  INTERMEDIATE BREAK

16:10pm to 17:20pm:  TECHNICAL SESSION:  PHYSICAL ATTACKS (II)
(Session Chair:  Stefan Katzenbeisser (U Passau))

  • Rony Komissarov, Avishai Wool (both Tel Aviv U):
    Spoofing Attacks Against Vehicular FMCW Radar (Short Paper)
  • Kalle Ngo (KTH Stockholm), Elena Dubrova (KTH Stockholm), Thomas Johansson (Lund U):
    Breaking Masked and Shuffled CCA Secure Saber KEM by Power Analysis
  • Aurélien Vasselle (eShard/U Montpellier), Hugues Thiebeauld (eShard), Philippe Maurine
    (U Montpellier):
    Spatial Dependency Analysis to Extract Information from Side-Channel Mixtures

17:20pm to 17:25pm:  FAREWELL AND CONCLUDING REMARKS

Presentation Information:

  • Regular papers and WaC papers have a 25min slot (including questions)
  • Short papers have a 20min slot (including questions)
  • Please try make sure that your internet connection is stable, and that your presentation can be given live.
  • In case of any expectable issues, please contact the workshop chairs or program chairs in advance.  Thanks!
  • Let us state again that all given times are LOCAL KOREAN TIMES, i.e., UTC +9h.

 

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