May
19

2013 workshop report

Around 30 people from industry and academia attended CLW 2013.

 

Klaus Bengler gives keynote at CLW 2013

The workshop featured two invited presentations. First, Klaus Bengler gave a keynote address in which he discussed human-computer interaction in automated vehicles. Klaus’s presentation was very well received, especially as driving automation is quickly becoming more than just a dream. For example, AutomotiveUI 2013 featured a live demo of TNO’s Cooperative Adaptive Cruise Control (CACC).

 

Tuhin Diptiman discusses NHTSA's manual-visual guidelines

In the afternoon Tuhin Diptiman joined us  via Skype to share his assessment of NHTSA’s Manual-Visual guidelines. This discussion sparked a great deal of interest and discussion, and we expect that this interest will carry over if CLW is organized again in 2014.

In addition to the invited presentations CLW 2013 featured seven presentations by workshop participants, covering topics from utilizing physiological measurements for cognitive load assessment, to managing cognitive load using ambient displays.

We concluded the workshop with suggestions for next steps (see images below – click for larger versions). The main ideas focused on three groups of issues:

  1. There’s a need to further discuss the basics, such as the very definition of cognitive load, and its relationship to concepts such as attention.
  2. We need to improve and standardize methods/techniques. E.g. what are values of lane position variance that indicate that cognitive load has increased too much in a particular context? And how can we use the Detection Response Task (DRT) for evaluating in-vehicle interactions?
  3. There is a need to provide CLW participants with a way to interact between workshops, perhaps using a LinkedIn group.

 

The organizers would like to thank Microsoft Research for their financial support of CLW 2013. Thanks to Shamsi Iqbal for securing this support. We thank Klaus and Tuhin, as well as the other presenters, for giving engaging talks. Finally, we thank all of the workshop attendees for raising questions, discussing posters, and sharing their knowledge and expertise.

Pictures from the workshop are available on Flickr.

Oct
24

CLW 2013 venue and registration

Venue: Our workshop will be held in room 13a of the Auditorium Building of TU/e.

Registration: CLW 2013 attendees should find the registration desk in the Auditorium. There will be student volunteers at the entrance to the building to help you find the registration desk. The organizers will also post signs throughout the building. Once you are registered, student volunteers will guide you to room 13a.

Bonus: 

 

Oct
22

Microsoft Research sponsors CLW 2013

Oct
15

Announcement: Tuhin Diptiman to discuss NHTSA visual-manual guidelines

Implications of NHTSA Visual Manual Guidelines to the Design and User Experience of In-vehicle Interfaces

Tuhin Diptiman
Human Factors Group
Toyota Technical Center
Ann Arbor, USA

Abstract
NHTSA released visual manual guidelines in 2013 to limit the potential of distracted driving caused by in-vehicle telematics by loosely tying together guidelines published by the Alliance and JAMA, and adding additional parameters such as “per se lockouts”. While the implications to each automotive OEM may vary greatly, these guidelines have the potential to severely limit vehicle cockpit design and user interfaces which are at the core of the driving experience. NHTSA plans to reign in the automakers by increasing the scope and depth of vehicle systems by limiting non-driving tasks such as telematics, navigation, and entertainment to lower than the levels used by the Alliance and by including driving related tasks such as cruise and climate controls.

A caveat – most experts agree that a severely restricted in-vehicle interface will further push the driving population to use the handheld devices which have been documented to be inappropriate for use while driving but which allow for an unrestricted user experience. While the unintended safety implications of a heavily restricted in-vehicle interface and an unrestricted handheld interface is as yet unknown, this area of driver distraction will continue to be the forefront of research and debate for quite a while to come.

Biography
Tuhin Diptiman completed his BSE and MSE in Industrial Engineering from the University of Iowa in 2002 and was a member of the Industrial Engineering Honor Society. His research involved a preliminary investigation in measuring emotion using physiological measures. After completing his thesis he joined the Crash Avoidance Metrics Partnership (CAMP) a consortium of Ford, GM, Toyota, Nissan and the US Department of Transportation and worked as a research engineer on the prestigious Driver Workload Metrics (DWM) project to study surrogate metrics to identify, measure and mitigate driver distraction.

He joined Toyota in 2008 to support Toyota’s on-going expansion of driver distraction research and human-machine interface (HMI) development in the US. His primary responsibility is to ensure that all Toyota navigation and telematics systems development for the US market are designed in conformance with Toyota’s guidelines which are based on the Alliance guidelines. As a human factors engineer he has played a significant role in supporting the development of interfaces related to multi-function displays, steering switches and navigation/telematics systems. His was instrumental in creating the HMI for the Toyota Entune Apps system, the first of its kind for any automotive OEM. He has been instrumental in shaping Toyota’s policy and on-going research on driver distraction and currently he is leading Toyota’s interpretation of the NHTSA visual manual guidelines and investigating its impact on product design and development.

Oct
09

Announcement: Klaus Bengler’s keynote talk at CLW 2013

Cooperative Driving as a New Paradigm for Highly Automated Vehicles

Klaus Bengler
Technische Universität München

Abstract
More than 125 years of automobility remind us that we should be aware of the fact that individual mobility is based on the fact that the driver contributes exceptionally high activity and human performance in the human-vehicle system. Besides improved vehicle technology this human factor is crucial to avoiding accidents in critical situations. However, critical incidents and accidents can often be caused by human error or limited capacity. Since the 90s these effects have been successfully countered with a variety of driver assistance functions. Sensory deficits of the driver and misperceptions are compensated by technical sensors. Drivers use these assistance systems temporarily and shall be assisted in the execution of sub-tasks of the driving task where they remain – following the Vienna Convention – in the supervisory role.

Much of the automotive period is thus characterized by the fact that the driver must manage the driving task for the most part alone and may delegate sub-tasks only for a short time. The great advantage of the car was a significant gain in mobility, based on various assistants, in addition to the additional active safety, leading to sometimes monotonous driving. The potential automation or partial automation of driving is not only more of the same but a radical qualitative and quantitative change in individual mobility, provoking many questions in the area of human factors and human-vehicle interaction.

Biography
Klaus Bengler graduated in psychology at the University of Regensburg in 1991 and received his Doctorate in 1994 in cooperation with BMW. After his diploma he was active on topics of software ergonomics and evaluation of human-machine interfaces. He investigated the influence of additional tasks on driving performance in several studies within EMMIS EU project and in contract with BMW. Multifunctional steering wheels, touchscreens and ACC-functionality are examples for the topics of these investigation.

In 1997 he joined BMW. From several projects he is experienced with experimental knowledge and experience with different kind of driving simulators and field trials. At BMW he was responsible for the HMI project of the MOTIV program a national follow on program of PROMETHEUS. He was work package leader in an actual EU project Speechdat Car, dealing with voice recognition in vehicles. Within BMW Research and Technology he was responsible for projects on HMI research. He was active as a subprojectleader for subproject 2 “Evaluation and Methodology” within the EU funded integrated project AIDE. He is active member of ISO TC22 SC13 WG8 “Road vehicles - Ergonomic aspects of transport information and control systems.”

Since May 2009 he is leader of the Institute of Ergonomics at Technische Universität München which is active in research areas like digital human modeling, human robot cooperation, driver assistance, automated driving and human reliability. Among intensive industrial cooperation the Institute is engaged in the funded Projects DH-Ergo on Digital Human Modeling and ECOMOVE on anticipative driving and D3COS.

Sep
18

CLW 2013 new acceptance notification date is September 23

Authors: we will send out acceptance notifications on Monday, September 23. We apologize for the delay. However, this will still give you ample time to register for the conference with the Early registration fee. To register please see the conference registration page.

Aug
29

CLW 2013 new submission deadline is September 13

Due to multiple requests we are extending the workshop submission deadline to Friday, September 13. Yes, Friday the 13th. You should probably spend that day indoors anyway, so might as well be writing your CLW paper.

Aug
26

Submission open (and link fixed)

The submission website is open on EasyChair. We also fixed the link to EasyChair (oops, the old link pointed to the AutomotiveUI submission site – sorry for any inconvenience).

Aug
02

CLW 2013 keynote speaker: Dr. Klaus Bengler

We are thrilled to announce that Dr. Klaus Bengler will be the keynote speaker at CLW 2013.

Dr. Bengler is professor at the Technische Universitat Munchen. One of his primary focus areas is in-vehicle human-computer interaction. In his keynote Dr. Bengler will discuss issues of driver availability (underload vs. overload situations).

Aug
01

CLW 2013 announcement

We are excited to announce the 3rd Cognitive Load and In-Vehicle Human-Machine Interaction workshop to be held at AutomotiveUI 2013 in Eindhoven, The Netherlands.

We invite you to view our call for papers, and we hope that you will consider joining us in Eindhoven on October 27, 2013.

Cheers,
Andrew, Bryan, Peter F., Peter H., Tom, Paul, Ivan, Shamsi and Dagmar

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