Human Efficiency and:
 future systems interfaces & web Etcs-mmi
public transport
  Leonard
Verhoef.

Contact

Consultancy: public transport information, fast and errorless

Benefits Only when shoes have a perfect fit, top performance is possible. Only when the interface fits human movement, perception, language, learning and thinking top performance is possible. For some this is an unusual approach. So are the results. Some examples.      More complex transport systems can be accepted because passengers understand the system.
  • Less (ticket vending) machines because users perform fast and errorless.
  • Less costs for information systems and shorter travel times at the same time.
  • Less staff load because passengers notice and understand the information presented



  • Benefits:
    train ticket vending machine
    It's called a top performance when almost every Dutchman is able (without help, wizards, soft or living assistants, etc.) within 20 seconds to get a train ticket from a touch screen train ticket vending machine. This includes octogerians and older. The interface is not based on KISS (Keep It Simple Stupid; one button for 'on' and one button for 'off'). Today the machine sells tickets for adults, children, dogs and bicycles. Of course, there are single, round trip, weekend trip and 'no date' tickets. But there are whole day tickets, tickets for a detour, departure from another station and a trip to several stations as well. Destinations can be: all stations in the Netherlands, some abroad, and even a concert. In one purchase the passenger can obtain several tickets of the same kind or a combination of any kind of tickets. Each day more than 120 000 are sold. Human Efficiency specified the interface for this vending machine. Now electronic ticketing is elaborated; no vending machines, no ticket windows; enter somewhere in the Netherlands public transport and simply leave it somewhere. No interfaces, some think. Indeed, no interfaces for pressing buttons and inserting cards. Explaining the passenger what the computers watching his trips are thinking is a real challenge for cognitive psychologists.

    To top.
         Touch screen ticket vending machine


    More, English: a demo, an article, a paper, the book: Why designers can't understand their users

    More, Dutch: Trends in IT, Wat wil de gebruiker? Issue Dutch Design 2008, nr1, feb, vol. 17.

    More: Opinions of others:
    Train ticket vending machine as a reflection of national character?... the NS (Dutch Railways) machine beats them all.

    Good Design: Dutch Railways Ticket Vending Machine... and I must say, I'm impressed.





    Benefits:
    tructuring departures on dynamic displays
    Usually departures are arranged using trips of planes, trains or busses.

    The trains indicator of Amsterdam Central Station.
         Arrangement using destinations in not common.


    An example of a destinations indicator.




     

    Value of structure

     

    random

    ordinal

     

    trains

    chronologically

    destinations

    alphabetically

    Correct selections

    0.92

    0.97

    sd

    0.275

    0.171

    n

    715

    735

     

     

     

    Mean delay

    3.6 min.

    0.9 min.

     

     

     

    Mean search time

    7 sec.

    4 sec.

     

     

     

    Passenger evaluation (min=0, max=10)

    6.1

    8.2



      A much more marked difference appeared in the selection of suboptimal trains: 3% for the alphabetical but 14% for the chronological indicator.
    The mean search time for the chronological indicator took 7 seconds and the alphabetical indicator 4 seconds, per train found (Anova f=15.2, p<.001). This is nearly twice as long for the chronological indicator.

    The mean delay that the passengers would have experienced if they had really taken the train they selected was, when using the chronological trains indicator, four times greater than when using the alphabetical destinations indicator: 3.6 minutes to 0.9 minutes. This shows an even greater difference between the different types of presentation.

    To top.

         'Junction' stations give more problems than do other stations and, with these, the chronological trains indicator performs much more poorly than does the alphabetic alphabetical destinations indicator. The cause of these problems is that the train schedules of junction stations are complicated. These kinds of station can often be reached by both ‘all stations trains' and 'express trains'; they can be reached directly or by a detour; and several trains for this kind of station maybe leaving at almost the same time.

    After having searched for five departure times on a chronological trains indicator and five on an alphabetical destinations indicator, the passen­gers compared indicators (see table VII). These subjective scores were 6.1 for the chronological trains indicator and 8.2 for the alphabetical destinations indicator (score 1 was poorest, score 10 was best).

    It can be concluded that passengers perform better on all categories measured with an alphabetic list of destinations (an ordinal list) that with a chronological list of trains (random list).

    More in the book: Why designers can't understand their users


    More benefits:
  • Benefits interface design: ERP

  • Benefits interface design: European Train Control System


  • To top.



    Projects
    English:
    The ultimate drink vending machine
    Travel Center
    Usability test of MobiDisk
    Using a ticket vending machine
    Proposal for the development of the ultimate travelplanner

    Dutch:
    150 Ergonomische tips voor Mobi Disk reisplannermakers
    Aanvullingen PvE Regionet, cognitief psychologisch detaillering
    Aanwijzingen plaatsing Looprouteschermen Amersfoort CS
    Adviezen bewegwijzering Deltaziekenhuis
    Amber Alert op DRIPS boven snelwegen
    Bedieningsonderzoek AVP op de B8060-NS
    Beter Er-op-uit met de NS-Reisplanner
    Bewegwijzering Nederlands Filmmuseum
    Concept Pictogrammentaal voor asielzoekers
    De effektiviteit van een elektronisch mededelingenbord voor reizigers
    De leesbaarheid van informatie op treinaanwijzers zoals uitgevoerd in Amersfoort en Arnhem
    De MiniAutomaat
    De plaatsing van aanwijzers in Utrecht CS
    Detailontwerp MiniAutomaat
    Dialoogtesten MiniAutomaat maart 2000
    Een albatros in de ET2000 of een kortere reistijd
    Een kort ergonomisch onderzoek in het kader van de Veldtest Amsterdam CS van de Kaartjesautomaat
    Een psychologisch verlanglijstje voor machinisten en treindienstleiders van morgen
    Een reisplanner die de treinreis met 30 minuten verkort
    Ergonomische aanbevelingen Informatieterminal
    Ergonomische aantekeningen bij ABN/AMRO informatie voor beleggers
    Ergonomische evaluatie van de nieuwe kaartjes-automaat; de Autelca type B100
    Felua, een ster als een lijst
    Gebruiksvriendelijkheid en complexiteit van de ET2000
    Halaanwijzers
    Het centrum uit het museum en het museum in het centrum
    Het perspectief van de Duitse Reisplanner (Hafas)
    Het sorteren van reizigers
    Hoe? 'Zo invoeren.'
    Hoe 'Geen electronische tickets'?
    Ideaal betalen
    Informatie voor buspassagiers op het stationsplein Eindhoven
    Interfaces voor complexe systemen
    Knelpunten van knooppuntbewegwijzering
    Landkaartjes in informatie voor reizigers
    Met de trein naar de hypotheek van de toekomst
    Met één knop naar de bushalte van de volgende eeuw
    Met Marco Polo gebruikersvriendelijk door Nederland
    Met Marco Polo gebruikersvriendelijk van A naar B
    Minder alarmen door betere bediening
    MRI-reisplanner
    Psychologie, reisinformatie en toekomst
    Psychologische evaluatie van de Vipas parkeerautomaat
    Skimmen
    Specificatie Burenbel interface
    Stap 1, Wie, wat, waar
    Stap 2, Wat de busreizigers moeten weten
    Stap 3, Welke media zijn nodig
    Station Maastricht als case voor de bewegwijzering van stations
    Twee ergonomische problemen van de groenteweegschaal
    Zeker met C-ZAM of langzamer met de ‘snelle’ CCV


    To top.



    Clients
    ABN/Amro
    Albert Heyn
    AMG/ergonomics
    Amsterdams Historisch Museum
    Automatic Holland
    Beurtvaartadres
    Centraal orgaan Opvang Asielzoekers
    De Drie Mollen
    Delta Hospital
    Douwe Egberts
    Elsevier
    European Sign Magazine
    Expoconsult
    Felua-groep
    FourSquare
    Gemeente Amersfoort Dienst Stadsontwikkeling
    Gemeente Eindhoven
    GVB Amsterdam
    Holland Drink Service
    Holland Processing
    ING hypotheken
    Ministerie van Economische Zaken
    Nederlands Film Museum
    Nederlandse Spoorwegen
    NRC-next
    Oce van der Grinten
    Oce technologies
    Olland
    Oso
    Parking & Traffic Consultants
    POA TU Delft
    Product Centre TNO Delft
    ProRail
    Provincie Leuven
    Provincie Noord Holland
    Psychologie
    PTT telecom
    Public Transport International
    Public Transport Research Centre London
    RegioNet
    Service nummer West
    UIC
    Usabilityweb magazine
    Van Nelle
    Vereniging Inzake Drankautomaten
    Vialis
    Wehkamp
    Westinghouse Cubic
    Wittenborg
    Wolters Kluwer Juridische Uitgeverij


    To top.

    Contact

    cognitive psychology, interface design, mmi, userfriendlyness, usability, web page design
    Leonard Verhoef.
    +31 (30) - 231 44 97
    Parkstraat 19
    3581 PB Utrecht
    Nederland

    humanefficiency.nl
    verhoef@humanefficiency.nl

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