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Rating motion
sickness Contact Links Rechts
I
am employed by TNO, a not for profit Dutch Organisation for
Applied Scientific Research,
working in the department of Human Performance in Soesterberg. In
addition I am holding a chair in Vestibular Motion
and Attitude Perception as an endowed professor at the Faculty
of Behavioural and Movement Sciences of the Vrije Universiteit
in Amsterdam.
·
Visual, vestibular, somatosensory, and cognitive (illusory)
self-motion perception and spatial (dis)orientation
·
Eye movements (gaze stabilisation; M.Sc. thesis)
·
Pupil movements (Ph.D. thesis)
·
Head, and (whole) body motion (postural (in)stability)
·
Motion (dis)comfort and motion sickness ((self-driving)
carsickness, seasickness, airsickness, space sickness, skyscraper sickness,
cybersickness, simulator sickness, ...)
·
Motion induced effects on health, safety, and performance
·
Motion simulation (driving, flight, and sailing)
·
Virtual Reality (regardless its contradictory wording)
·
Human factors, general aspects
·
Development of stimulus devices and measurement techniques for
eye, pupil, and body movements (infrared reflection, magnetic induction, 3D
video-oculography, motion stimulus and recording devices
·
Development of data analysis techniques
·
Fundamental research with a focus on modelling of input-output
relations regarding pupil, eye, head, and body movements, including (visually
induced).motion sickness
·
Clinical research on neurological, ophthalmologic, and otologic
topics regarding diagnosis and therapy evaluation
·
Applied research regarding effects of motion on human wellbeing
and performance analyses with a focus on motion sickness and discomfort.
This concerns motions induced physically by ships, cars, aircraft and floating
or tilted buildings, as well as in simulators, and visually by real or virtual
environments
·
Identifying spatial disorientation in aircraft accident and
incident analyses
·
Acquisition and project management
·
Bos JE, Diels C, Souman JL (2022).
What we don't (yet) know about self-driving carsickness. Proceedings of the Driving Simulation
Conference Europe, Strasbourg, France, September 6-8 21.
·
Reuten AJC, Schmidt EA, Rausch J, Bos JE, Smeets JBJ, Martens MH
(2022). Using anticipatory vibrotactile
cues to mitigate motion sickness. Proceedings
of the Driving Simulation Conference Europe, Strasbourg, France, September
6-8 21.
·
Vente E, Lubeck A, Bos J (2022).
Hoe werkt de Utermöhlen prismabril?
Tijdschrift voor Integrale Geneeskunde 37:32-34.
·
Bos JE, Nooij SAE, Souman JL (2021). (Im)possibilities of studying carsickness in
a driving simulator. Proceedings of
the Driving Simulation Conference Europe Munich, 14-17 September, pp 59-63.
·
Diels C, Bos JE (2021). Great expectations: on the design of predictive
motion cues to alleviate carsickness.
In: Proceedings of the 3rd International Conference on HCI in
Mobility, Transport and Automotive Systems MobiTAS 2021, held as part of the
23rd HCI International Conference, HCII 2021, virtual event, July 24-29,
in: Lecture Notes in Computer Science Vol. 12791. Kromker H (ed) Springer,
Cham., pp 240-251.
·
Reuten AJC, Nooij SAE, Bos JE, Smeets JBJ
(2021). Assessing (dis)comfort:
measuring motion sickness progression. Proceedings
of the Comfort Congress, NottingHam, 2-3 September, pp 61-66.
·
Bos JE, Kuiper OX, Schmidt EA (2020). Motion predictability and sickness. Proceedings of the Driving Simulation
Conference Europe, Antibes, 9-11 September, pp 179-182.
·
Reuten AJC, Bos JE, Smeets JBJ (2020). The metrics for measuring motion
sickness. Proceedings of the Driving
Simulation Conference Europe, Antibes, France, 9-11 September:183-186.
·
Bos JE, Leeuwen RB van, Bruintjes TD
(2018). Bewegingsziekten in
beweging. Nederlands Tijdschrift voor Geneeskunde 162:D1760.
·
Bos JE, Berg-Kroon ECM van den, Houben MMJ,
Kuiper OX, Kooi FL (2018). In-car
quantitative speed estimations with real, virtual, and no view. TNO
report, Soesterberg, Netherlands TNO-2018-R11179.
·
Kuiper OX, Bos JE, Diels C (2018). Looking forward: In-vehicle auxiliary display positioning affects
carsickness. Applied Ergonomics 68:169-175.
·
Bos JE, Ledegang WD, Grootheest HA van, Kooi
FL, Houben MMJ (2017). Motion
parallax in flight simulation - An exploratory experiment. TNO
Report, Soesterberg, Netherlands, TNO-2017-R10800.
·
Diels C, Erol T, Kukova M, Wasser J, Cieslak M, Payre W, Miglani
A, Mansfield N, Hodder S, Bos J (2017). Designing for comfort in shared and
automated vehicles (SAV): a conceptual framework. Proceedings of the 1st Int. Comfort
Congress, Salerno, Italy, 7-8 June, pp. 1-8.
·
Drongelen A van, Bos J, Valk P, Broek H van
den (2017). Assessing
existing human factor knowledge of the offshore wind energy sector. TNO
report, Human Factors, Soesterberg, R11683.
·
ABCD (2016). High speed craft human factors engineering
design guide. ABCD Technical Report
ABCD-TR-15-001 Supplement.
·
Diels C, Bos JE (2016).
Self-driving carsickness. Applied Ergonomics 53:374-382.
·
Diels C, Bos JE, Hottelart K, Reilhac P
(2016). Motion sickness in automated
vehicles: The elephant in the room. In: Lecture notes in mobility - Road vehicle
automation 3. Meyer G, Beiker S
(eds) Springer, Switzerland, pp 121-129.
·
Houben MMJ, Groen EL, Bos JE (2016). Perceptual and personalized motion cueing. TNO
report, Perceptual and Cognitive Systems, Soesterberg, Netherlands R10485.
·
Kurt RE, Khalid H, Turan O, Houben M, Bos J, Helvacioglu IH
(2016). Towards human-oriented norms:
Considering the effects of noise and vibration exposure on board ships. Ocean
Engineering 120:101-107.
·
Oprins EAPB, Beurden MH van, Valk PJL, Bos
JE, Houben MMJ (2016). Training for
unexpected events - Effectiveness of helicopter underwater egress training
(HUET). TNO report, Soesterberg, Netherlands R10581.
·
Bos JE, Valk PJL, Stel I (2015). Schokbelasting van FRISC-bemanningen - Een
studie naar de haalbaarheid van dosimetrie.
TNO report Soesterberg,
Netherlands, 2015 R10316.
·
Wieringa FP, Bouma H, Eendebak PT, Basten JP
van, Beerlage HP, Smits GAHJ, Bos JE (2014).
Improved
depth perception with three-dimensional auxiliary display and computer
generated three-dimensional panoramic overviews in robot-assisted
laparoscopy. Journal of Medical Imaging, online 16 May.
·
Winters SM, Bos JE, Klis SFL (2014). Unilateral otolith centrifugation by head tilt. Journal
of Vestibular Research 24:9-15.
·
Correia Gracio BJ, Winkel KN de, Groen E,
Wentink M, Bos JE (2013). The time constant of the somatogravic illusion. Experimental Brain Research
224:313-321.
·
Correia Gracio BJ, Bos JE (2012). Measuring
dynamics of the subjective vertical and tilt using a joystick. Journal of Vestibular Research 22:181-189.
·
Loon JJWA van, Baeyens JP, Berte J, Blanc S, Braak L, Bok K, Bos
J, Boyle R, Branevnboer N, Eekhoff EMW, Chouker A, Clement G, Cras P, Cross E,
Custaud MA, De Angelis M, Delavaux T, Delfos R, Poelma C, Denise P, Felsenberg
D, Delavy D, Fong K, Fuller C, Grillner S, Groen E, Harlaar J, Heer M, Heglund
N, Hinghofer-Szalkay H, Goswami N, Hughes-Fulford M, Iwase S, Karemaker JM,
Langdahl B, Linnarsson D, Luthen C, Monici M, Mulder E, Narici M, Norsk P,
Paloski W, Prisk GK, Tutten M, Singer P, Stegeman DF, Stephan A, Stienen GJM,
Suedfeld P, Tesch P, Ulrich O, Berg R van den, Heyning P van de, Delahaye A,
Veyt J, Vico L, Woodward E, Young LR, Wuyts F (2012). A large human centrifuge for exploration and
exploitation research. Annales
Kinesiologiae 3:107-121.
·
Bos JE (2011). Less sickness with more motion and related
issues. TNO report, TNO Human
Factors, Soesterberg, Netherlands TNO-DV 2011 A154:1-24.
·
Bos JE (2011). Visual image safety. Preface of the
guest editor to the special issue. Displays
32:151-152.
·
Brouwer AM, Bos JE, Hogervorst MA, Ledegang W
(2011). Dynamic
visual acuity. TNO report, TNO
Human Factors, Soesterberg, Netherlands TNO-DV 2011 A166.
·
Feenstra PJ, Bos JE, Gent RNHW van
(2011). A
visual display enhancing comfort by counteracting airsickness. Displays 32:194-200.
·
Groen EL, Bos JE, Nooij SAE (2011). A rationale
for space motion sickness. Aviation
Space and Environmental Medicine 82:737-738.
·
Khalid H, Turan O, Bos JE (2011). Application of the
subjective vertical-horizontal-conflict physiological motion sickness model to
the field trials of contemporary vessels. Ocean Engineering Journal 38:22-33.
·
Nooij SAE, Vanspauwen R, Bos JE, Wuyts FL
(2011). A
re-investigation of the role of utricular asymmetries in space motion
sickness. Journal of Vestibular
Research 21:141-151.
·
Bos JE, Vries SC de, Emmerik ML van, Groen EL
(2010). The
effect of internal and external fields of view on visually induced motion
sickness. Applied Ergonomics
41:516-521.
·
Dallinga RP, Bos JE (2010).
Cruise seakeeping and passenger comfort.
In: Proc. Int. Conf. on Human
Performance at Sea, HPAS2010, Glasgow, UK, 16-18 June. Turan O, Bos J,
Stark J, Colwell JL (eds) Univ. Strathclyde, Glasgow, UK. :277-284.
·
Houben MMJ, Bos JE (2010). Reduced seasickness by an
artificial 3D Earth-fixed visual reference.
In: Proc. Int. Conf. on Human
Performance at Sea, HPAS2010, Glasgow, UK, 16-18 June. Turan O, Bos J,
Stark J, Colwell JL (eds) Univ. Strathclyde, Glasgow, UK. :263-270.
·
Valk PJL, Grech MR, Bos JE (2010).
A multi-factorial analysis of human performance during a 9-day sea
trial. In: Proc. Int. Conf. on Human Performance at Sea, HPAS2010, Glasgow,
UK, 16-18 June. Turan O, Bos J, Stark J, Colwell JL (eds) Univ. Strathclyde,
Glasgow, UK. :33-42.
·
Bos JE, Bles W, Groen EL
(2008). A theory on visually induced motion sickness. Displays 29:47-57.
·
Colwell JL, Allen N, Bos J, Bridger R, Duncan C, Elischer P, Grech
M, Green A, Hogervorst MA, MacKinnon SN, Munnoch K, Perrault D, Roger W,
Schwartz R, Valk P, Wright D (2008).
Human performance sea trial QUEST Q-303.
Proc. ABCD Symposium "Human
Performance in the Maritime Environment", Pacific 2008 International
Maritime Conference, Sydney, Australia, 29 January - 1 February:1-10.
·
Groen EL, Bos JE (2008). Simulator sickness depends on frequency
of the simulator motion mismatch: An observation. Presence 17:584-593.
·
Nooij SAE, Bos JE, Groen EL (2008). Orientation
of Listing's plane after hypergravity in humans. Journal of Vestibular Research 18:97-105.
·
Nooij SAE, Bos JE, Groen EL (2008). Velocity
storage activity is affected after sustained centrifugation: a relationship
with spatial disorientation. Experimental
Brain Research 190:165-177.
·
Simons R, Bos J (2008). Middelen tegen
bewegingsziekte: effectiviteit en veiligheid. Nederlands Militair
Geneeskundig Tijdschrift 61:77-90.
·
Bos JE, Damala D, Lewis C, Ganguly A, Turan O (2007).
Susceptibility to seasickness. Ergonomics
50:890-901.
·
Bos JE, Hout I van der, Keuning JA
(2007). Golfhinder: Een relatie tussen bewegingen van en hinder op
afgemeerde schepen [Wash hindrance: A relationship between motions of and
hindrance on moored ships]. TNO-report, TNO Human
Factors, Soesterberg, Netherlands TNO-DV 2007 C461.
·
Nooij SAE, Bos JE, Groen EL, Bles W, Ockels
WJ (2007). Space sickness on Earth. Microgravity
Science and Technology 19:113-117.
·
Nooij SAE, Bos JE (2007). Sickness induced by head movements
after different centrifugal Gx-loads and durations. Journal of
Vestibular Research 17:323-332.
·
Bos JE, Dallinga RP (2006). Fundamental issues on human discomfort
aboard small craft, and how to apply this to yacht design [Kucuk teknelerde
insan rahatsizligi ile ana konular ve bunun yat tasarimina uygulanmasi]. Proc.
Small Craft Symposium, 15-18
November, Bodrum, Turkey.
·
Bos JE (2005). Wat zijn de
verschijnselen van wagenziekte bij jonge kinderen en wat is de therapie? [What are the
symptoms of car sickness in young children, and what should be the appropriate
therapy?] Vademecum Permanente Nascholing Huisartsen 23(31) 4 oktober.
·
Bos JE, Erp J van, Groen EL, Veen HJ van
(2005). Vestibulo-tactile
interactions regarding motion perception and eye movements in yaw. Journal of Vestibular Research
15:149-160.
·
Bos JE, MacKinnon SN, Patterson A (2005). Motion sickness
symptoms in a ship motion simulator: effects of inside, outside, and no
view. Aviation Space and
Environmental Medicine 76:1111-1118.
·
ISO (2005). International Workshop Agreement 3 on Image
Safety - Reducing the incidence of undesirable biomedical effects caused by
visual image sequences. International Organisation of Standardisation
IWA3:2005(E).
·
Bos JE (2005). Samenvatting ANWB-reacties
wagenziekte. TNO-memorandum TNO Human
Factors, Soesterberg, Netherlands, TNO-DV3 2005-M052.
·
Bos JE (2004). How motions make people sick such that they
perform less: a model based approach. Proc.
NATO RTO/AVT-110 Symposium on Habitability of Combat and Transport Vehicles:
Noise, Vibration and Motion. Prague, CZ, 4-7 October:27.1-11.
·
Bos JE, Bles W (2004). Motion sickness induced by
optokinetic drums. Aviation Space and Environmental Medicine
75:172-174.
·
Golding JF, Bles W, Bos JE, Haynes T, Gresty MA (2003).
Motion sickness and tilts of the inertial force environment: active suspension
systems vs. active passengers. Aviation
Space and Environmental Medicine 74:220-227.
·
Bos JE, Bles W, Graaf B de (2002). Eye movements to yaw, pitch, and roll about vertical and
horizontal axes: adaptation and motion sickness. Aviation Space and Environmental Medicine 73:436-444.
·
Bos JE, Bles W (2002). Theoretical considerations on
canal-otolith interaction and an observer model. Biological
Cybernetics 86:191-207.
·
Bos JE, Bles W, Dallinga R (2002). Prediction of seasickness with more than one degree of
freedom. RINA Conf. Papers on Human Factors in Ship Design & Operation II,
London, 2-3 October:57-62.
·
Bos JE (2000). Ervaren
zelfkanteling bij vectie en centrifugeren [Subjective tilt by vection and
centrifugation]. TNO report,
Soesterberg, TM-00-B007.
·
Bles W, Bos JE, Kruit H (2000). Motion
sickness. Current Opinion in Neurology 13:19-25.
·
Bos JE, Bles W (2000).
Performance and sickness at sea. Proceedings RINA Human Factors in Ship
Design & Operation Conference.
·
Groen E, Bos J, Graaf B de, Bles W
(1999). Otolith
signal processing and motion sickness. Annals of the New York Academy of Sciences 871:406-409.
·
Groen E, Bos JE, Graaf B de (1999). Contribution
of the otoliths to the human torsional vestibulo-ocular reflex. Journal of Vestibular Research 9:27-36.
·
Wit G de, Vente PEM, Bos JE, Bles W
(1999). Het snelle labyrint ten dienste van het trage oog. [The fast
labyrinth for the benefit of the slow eye.]
Nederlands Tijdschrift KNO-Heelkunde 5:7-10.
·
Bles W, Bos JE, Graaf B de, Groen E, Wertheim
AH (1998). Motion sickness: only one provocative conflict? Brain Research Bulletin 47:481-487.
·
Bles W, Groen E, Bos JE, Jong V de, Lok J
(1998). Cervically
induced ocular torsion: Physiological and clinical aspects. Acta Otolaryngologica 118:613-617.
·
Bos JE, Bles W (1998). Modelling motion sickness and
subjective vertical mismatch detailed for vertical motions. Brain Research Bulletin 47:537-542.
·
Graaf B de, Bles W, Bos JE (1998). Roll motion
stimuli: Sensory conflict, perceptual weighting and motion sickness. Brain Research Bulletin 47:489-495.
·
Vente PEM, Bos JE, Wit G de (1998). Motion
sickness amelioration induced by prism spectacles. Brain Research Bulletin 47:503-505.
·
Wertheim AH, Bos JE, Bles W (1998). Contributions of roll
and pitch to sea sickness. Brain Research Bulletin 47:517-524.
·
Bos JE, Graaf B de, Bles W, Wertheim AH
(1996). Oogstand, hoofdstand en bewegingsziekte. [Eye position,
head position, and motion sickness.] Klinische
Fysica 1996/4:11-16.
·
Bos JE, Graaf B de, Groen E (1996). Otolith
directional sensitivity and ocular torsion. Annals of the New York Academy of Sciences 781:583-584.
·
Graaf B de, Bos JE, Groen E (1996). Saccular
impact on ocular torsion. Brain
Research Bulletin 40:321-330.
·
Groen E, Bos JE, Nacken PFM, Graaf B de
(1996). Determination
of ocular torsion by means of automatic pattern recognition. IEEE Transactions on Biomedical Engineering
43:471-479.
·
Groen E, Graaf B de, Bles W, Bos JE
(1996). Ocular
torsion before and after 1 hour 3Gx centrifugation. Brain Research
Bulletin 40:331-335.
·
Bles W, Graaf B de, Bos JE (1994).
Vestibular examination in pilots susceptible to motion sickness. AGARD Conference Proceedings: The Clinical
Basis for Aeromedical Decision Making, Neuilly-sur-seine, France, April
CP-553:15.1-8.
·
Bos JE, Graaf B de. Ocular
torsion quantification with video images (1994). IEEE Transactions on Biomedical Engineering 41:351-357.
·
Graaf B de, Bos JE, Wich S, Bles W
(1994). Arthrokinetic
and vestibular information enhance smooth ocular tracking during linear
(self-)motion. Experimental Brain
Research 101:147-152.
·
Bollen E, Bax J, Dijk JG van, Koning M, Bos
JE, Kramer CGS, Velde EA van der (1993). Variability of the main
sequence. Investigative Ophthalmology and Visual Sciences
34:3700-3704.
·
Bollen E, Heijer JC den, Tolsma MHJ, Bellari
S, Bos JE, Wintzen AR (1992). Eye movements in myotonic dystrophy. Brain
115:445-450.
·
Bos JE (1991). Detection of the pupil constriction
latency. Medical and Biological Engineering and Computing
29:529-534.
·
Heijer JC den, Dijk JG van, Bollen ELEM, Bos
JE, Wintzen AR (1991). Assessment of autonomic function in myotonic dystrophy. Journal
of Neurology, Neurosurgery and Psychiatry 54:531-534.
·
Lanting P, Strijers RLM, Bos JE, Faes TJC,
Heimans JJ (1991). The cause of increased pupillary light relex latencies in diabetic
patients: The relationship between pupillary light reflex and visual evoked
potential latencies. Electroencephalography and Clinical
Neurophysiology 78:111-115.
·
Bos JE, Fock JM, Reulen JPH, Lith GHM van
(1990). Pupil
constriction and visual evoked potential latency in optic neuritis. Neuro-Ophthalmology
10:187-196.
·
Lanting P, Bos JE, Aartsen J, Schuman L,
Reichert-Thoen J, Heimans JJ (1990). Assessment of pupillary light
reflex latency and darkness adapted pupil size in control subjects and in
diabetic patients with and without cardiovascular autonomic neuropathy. Journal
of Neurology, Neurosurgery and Psychiatry 53:912-914.
·
Longtin A, Milton JG, Bos JE, Mackey MC (1990). Noise and
critical behavior of the pupil light reflex at
oscillation onset. Physical Review A 41:6992-7005.
·
Bles W, Bos JE, Furrer R, Graaf B de, Hosman RJAW, Kortschot HW,
Krol JR, Kuipers A, Marcus JT, Messerschmid E, Ockels WJ, Oosterveld WJ, Smit
J, Wertheim AH, Wientjes CJE (1989). Space adaptation syndrome induced by
a long duration +3Gx centrifuge run. TNO report, TNO Institute for
Sensory Physiology, Soesterberg Netherlands. TNO-IZF 1989-25.
·
Bos JE (1988). Clinical quantitative pupillometry: the latency of
the pupil constriction as measured with the IRIS system (preliminary
results). Neuro-Ophthalmology 8:299-305.
·
Bos JE, Reulen JPH, Boersma HJ, Ditters EJ
(1988). The
theory of Double Magnetic Induction (DMI).for measuring eye movements:
correction for nonlinearity and simple calibration in two dimensions. IEEE
Transactions on Biomedical Engineering 35:733-739.
·
Lanting P, Heimans JJ, Faes TJC, Rompelman O, Bos JE (1988).
Quantification of pupillary lightreflex and heart-rate variability in diabetes
mellitus. Clinical Neurology and Neurosurgery 90:294-295.
·
Reulen JPH, Marcus JT, Bos JE, Tiesinga G,
Koops D, Boshuizen K, Gilst M van (1988). Stimulation and recording of
dynamic pupillary reflexes : the IRIS system, part II. Medical and
Biological Engineering and Computing 26:27-32.
·
Reulen JPH, Marcus JT, Koops D, Vries FR de,
Tiesinga G, Boshuizen K, Bos JE (1988). Precise recording of eye
movements: the IRIS system, part I. Medical and Biological Engineering
& Computing 26:20-26.
·
Reulen JPH, Heuningen R van, Tiesinga G, Bos
JE (1986). Computerised eye-movement processor for clinical applications:
basic considerations and design. Medical and Biological Engineering
and Computing 24:209-215.
·
2023-2026: XR in Motion
with a focus on cybersickness and haptics in augmented, mixed, and extended
virtual reality. Sponsored by the Dutch Ministry of Defence.
·
2022-2027: Low back injury
mechanisms due to repeated shocks. PhD project. Sponsored by the Dutch Ministry
of Defence.
·
2022-2024: COMFCAR
Joint Industry Project focussing on possibly sickening single driving events to
optimise ride comfort by reducing carsickness in automated driving. Sponsored
entirely by a consortium of OEMs and Tier 1 suppliers.
·
2019-2022: COMFCAR
Joint Industry Project extending the ISO2631-1:1997 model to optimise ride
comfort by reducing carsickness in automated driving. Sponsored entirely by a
consortium of OEMs and Tier 1 suppliers.
·
2018-2019: A randomized,
cross-over, placebo and calibrator controlled study to assess the safety and
pharmacodynamic effects of a new medicine in healthy subjects exposed to
experimental motion. Sponsored by
Sensorion.
·
2017-2019: Crew
Transfer Vessel comfort enhancement.
Sponsored by Damen Shipyards.
·
2016-2023: Driving Well. Two PhD projects on carsickness. Sponsored by Ford.
·
2015-2020: Offshore (wind)
maintenance Joint Industry Project I and II.
Studies on the effect of seasickness and fatigue induced by transits of
maintenance crew on their performance.
Sponsored by the Dutch Ministry of Economic Affairs, TKI Offshore Wind.
·
2015-2018: Physical stress
in fast response craft crews. A series
of projects aiming to reduce the health risks associated with whole body
vibration and repeated shocks aboard high speed craft. Sponsored by the Dutch Ministry of Defence.
·
2015-2018: Flying2020. A series of projects studying military flight
related pilot training and human suborbital flight issues. Sponsored by the Dutch Ministry of Defence.
·
2014-2017: Operation Oriented Simulation. A series
of projects aimed at stretching simulation capabilities with respect to extreme
motions, g-loads, poor visual conditions and hypoxia, towards the operational
domain. Sponsored by the Dutch Ministry
of Defence.
·
2013-2016: Standing Well. PhD project on cybersickness and postural
stability. Sponsored by the Dutch Research Council.
·
2013: Fast response craft /
whole body vibration workshop. Royal Dutch Lifeboat Institution (KNRM),
IJmuiden, Netherlands.
·
2009-2012: Improved Performance at Motion. A
series of projects studying motion perception, motion sickness, dynamic visual
acuity, and heavy weather ship handling simulation. Sponsored by the
Dutch Ministry of Defence
·
2009-2012: Speed@Sea. Charting boat and crew
vibrations. Sponsored by the Dutch Ministry of Economic Affairs.
·
2008: Motion discomfort in
tall buildings. TNO, Hoofddorp, Netherlands.
·
2006-2009: SafeTug. Tug operability criteria
and heavy weather tug handling simulation. Joint Industry Project with
MARIN, Wageningen, Netherlands
·
2005-2008: Wash. Setting motion criteria allowing unperturbed
work aboard moored ships in inland waterways. Sponsored by the
Provinces of South and North Holland, Netherlands
·
2005-2006: Workshops Perfect Performance. Design and
realisation of a series of courses for construction workers accommodated aboard
a vessel and working on fixed oil drilling satellites. Sponsored by
AJS/OneGas/Shell, Amsterdam, Netherlands.
·
2004-2013: Vestibular
adaptation to G-transitions - Motion Perception (MOP). Showing a high correlation between astronauts'
susceptibility to space motion sickness and sickness induced by long duration
centrifugation. Sponsored by the European Space Agency
·
2004-2009: Driver
appreciation of vehicle acceleration. A series of projects studying the
appreciation by car drivers of accelerations and higher order time derivatives
using TNO's VEHIL facility. Sponsored by a car manufacturer.
·
2001: Motion comfort in
floating houses. Motion criteria for the comfort of occupants of floating
houses. Sponsored by Arklantik Projects BV, Netherlands
·
2000-2003: Cruise ship
vibration comfort. Two studies into passenger discomfort caused by
slamming due to new ship (hull) designs. Sponsored by MARIN, Wageningen,
Netherlands.
·
2000: Motion discomfort on
suspended bridges. Advice on perceived discomfort of people traversing
suspended bridges. Sponsored by Royal Haskoning, Netherlands.
·
1998: Roller coaster
comfort and safety. Exploring a new roller coaster design with respect to
human comfort and safety. Sponsored by Vekoma, Netherlands
·
1998: Comfort at anchor. Setting motion criteria for comfort aboard
luxury yachts. Sponsored by the Dutch Ministry of Economic Affairs and
Feadship, Netherlands.
·
1997: Human factors in FPSO
operability. A study on motion sickness, comfort and performance aboard a
floating production and storage offshore vessel. Sponsored by Conoco Inc,
Houston, USA, and MARIN, Wageningen, Netherlands
·
1996: Villa Volta. Incidence and prevention of motion sickness in
the Villa Volta madhouse. Sponsored by Efteling BV, Netherlands.
·
Desensitisations courses against motion sickness (1996-).
Sponsored by the Dutch Ministry of Defence
·
1994-2000: Seasickness.
A series of projects resulting in a 6 DoF motion sickness model.
Sponsored by the Dutch Ministry of Defence.
You
can find me on LinkedIn,
ResearchGate,
Orcid, Scopus, Google Scholar, or
·
Dutch and Flemish Vestibular Society at http://www.VestibulaireVereniging.info
·
De Groeten van MAX, broadcast on travel sickness
·
VARA's Kassa! broadcast on
the side effects of watching 3D movies.
·
NTR's Klokhuis broadcast on motion sickness (in Dutch)
·
RTL’s EditieNL on
carsickness
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De Telegraaf on carsickness in self-driving cars
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NOS Jeugdjournaal on carsickness
·
BNR Autoshow on
carsickness in self-driving cars
·
Paper presented at VIMS2013: Bos JE (2013). Visually
induced and modulated, but vestibularly caused motion sickness. 4th Int. Symp.
On Visual IMage Safety (VIMS2013), Stratford-upon-Avon, UK, 3-4 September 2013
·
The vestibulo-collic reflex by my chicken, part 1, real time (AVI
/ MOV)
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The vestibulo-collic reflex by my chicken, part 2, in slow motion (AVI
/ MOV)
·
The vestibulo-collic reflex by my chicken, part 3 (AVI
/ MOV)
·
The vestibulo-collic reflex by Mercedes'
chickens
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The vestibulo-cocular reflex, postrotatory nystagmus
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Just for fun: blowing a bubble captured with 210 and played back
with 30 frames/sec (the sting being in the tail) (AVI / MOV)
·
A presentation on cybersickness prepared for a VR
conference in 2020
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Personal and scientific illustrations
Last
updated 2023-05-07