Thank you for the Registration! Please check your mailbox. Simply click on the button in your email and you are successfully logged in.
With your Log-In you can save your favorite events to you calendar and give RSVP to certain events.
No email in your mailbox? Please check your spam folder or try again.
It seems you haven't registered yet!
Register now and become part of the event and the global Falling Walls Community. We will send you news about this and future events and keep you updated about the most exciting breakthroughs in science.
You can withdraw your consent at any time free of charge and without giving reasons.
Enter your email for free registration or login
Simply enter your email address to sign up for free for the event or log in to your account. You will directly receive an email allowing you to log in without a password.
Login failed
You want to login with an account which needs advanced authentification via password. Please use the regular login interface for this email address or register with a different email address for participating in the summit passwordless.
Science Engagement
Insights into AI, Robotic & Quantum
Social Sciences and Humanities
Digital
Deutsch
Competition/Quiz
Panel Discussion
Menschliche und maschinelle Intelligenz verstehen am Beispiel des Spiels Entropie Mastermind (DE)
University of Surrey
| Lara Bertram, Eloisa Bentivegna, Jonathan D. Nelson
Besiege den Computer und werde zum Mastermind: In dieser Veranstaltung spielst du das Spiel Mastermind und lernst viel Neues über Rechenkomplexität, Informationstheorie und menschliches und computerbasiertes "Denken".
In der Forschung zu “Human-like computing” geht es darum, Funktionsweisen des menschlichen Denkens, Wahrnehmens und Handelns in Computeralgorithmen einzubauen, um diese epzienter zu gestalten. Computer benötigen eine große Menge von Daten (“Big Data”), um neue Fähigkeiten zu erlernen, und können aufgrund ihrer großen Rechenkapazität komplexe Berechnungen aufstellen. Menschen hingegen lernen sehr gut von nur wenigen Erfahrungen und ihre Denkprozesse sind oft viel weniger aufwändig als die Berechnungen von Computern. Jedoch ist die Rechenkapazität von Computern begrenzt und manche kombinatorischen Probleme sind so komplex, dass selbst der Computer sie nicht mehr lösen kann. Überraschenderweise sind Menschen im Lösen mancher dieser Probleme sehr gut. So ist es möglich, dass ein Computeralgorithmus dadurch verbessert werden kann, dass ihm menschliche Rechenstrategien beigebracht werden.
In dieser Veranstaltung spielen wir das Spiel Entropie Mastermind, das dem klassischen Spiel Mastermind ähnelt. In diesem Spiel muss die oder der Spieler*in einen Code knacken, welcher zufällig aus einer Wahrscheinlichkeitsverteilung gezogen wurde. Den Code zu knacken kann, je nach Level des Spiels, eine sehr komplexe Aufgabe sein! Wir diskutieren Strategien, die Menschen zu epzienten Code-Knacker*innen machen, präsentieren grundlegende Konzepte zu Wahrscheinlichkeiten, Entropie und Rechenkomplexität und diskutieren Unterschieden zwischen menschlichem und maschinellem Problemlösen. Darauf aufbauend stellen wir Ideen vor, wie Algorithmen durch eine Kombination menschlicher und computerbasierter Eigenschaften in Zukunft epzienter gestaltet werden können.
ÖFFENTLICHE GAME SESSION AUF ZOOM.
Dies ist ein digitales Event. Kurz vor Beginn der Veranstaltung wird der Stream auf dieser Seite zur Verfügung gestellt. Fügen Sie die Veranstaltung zu Ihrem Schedule hinzu und erhalten Sie eine Erinnerung. Für Kinder geeignet.
Lara Bertram is a second year PhD student in Cognitive Psychology at University of Surrey, UK. She investigates the role of specific emotions in people’s evaluations of probabilistic uncertainty (entropy), information search and game-based digital learning about probabilities. She also studies Computer Science at Free University Berlin and freelances as a moderator in market research.
More events with Lara Bertram
Sun | Nov 01, 2020 | 14.00 - 16.00 Europe/Berlin Time
Dr. Eloisa Bentivegna is a research scientist at IBM. Her work involves building computational models of complex physical systems, from gravitation to fluid dynamics to particle physics. Most recently, she has been investigating new approaches to the search, optimization, and problem inversion of large-scale models using physics-aware AI.
More events with Eloisa Bentivegna
Sun | Nov 01, 2020 | 14.00 - 16.00 Europe/Berlin Time
Jonathan Nelson is a lecturer in experimental cognitive psychology at University of Surrey. He researches the psychology, mathematics, and cognitive neuroscience of uncertainty and information. He also works to use educational games to teach mathematical principles.
More events with Jonathan D. Nelson
Sun | Nov 01, 2020 | 14.00 - 16.00 Europe/Berlin Time
Thank you for the Registration! Please check your mailbox. Simply click on the button in your email and you are successfully logged in.
With your Log-In you can save your favorite events to you calendar and give RSVP to certain events.
No email in your mailbox? Please check your spam folder or try again.
It seems you haven't registered yet!
Register now and become part of the event and the global Falling Walls Community. We will send you news about this and future events and keep you updated about the most exciting breakthroughs in science.
You can withdraw your consent at any time free of charge and without giving reasons.
Enter your email for free registration or login
Simply enter your email address to sign up for free for the event or log in to your account. You will directly receive an email allowing you to log in without a password.
Login failed
You want to login with an account which needs advanced authentification via password. Please use the regular login interface for this email address or register with a different email address for participating in the summit passwordless.
We use cookies and other technologies to collect data about your use of our site and about your browser, device and location. We process this data to help us understand how the site is used and to personalize our content and the advertising you see on this and other sites we also share this data with advertising, social media and analytics partners for the same purposes. By choosing “Accept All” you agree that we store cookies on your device and process the data for the aforementioned purposes . You may revoke your consent at any time by choosing the respective settings. For more information on the processing of personal data and what specific services we use see our Privacy Policy
Privacy Preference Center
We use cookies and other technologies to collect data about your use of our site and about your browser, device and location. We process this data to help us understand how the site is used and to personalize our content and the advertising you see on this and other sites we also share this data with advertising, social media and analytics partners for the same purposes. By choosing “Accept All” you agree that we store cookies on your device and process the data for the aforementioned purposes . You may revoke your consent at any time by choosing the respective settings. For more information on the processing of personal data and what specific services we use see our Privacy Policy
Necessary Cookies
These cookies are required to provide you with our site and its functions. Since storing these cookies is necessary for the provision of our site and its functions, you cannot disable them. If you block these cookies via you browser settings our site may not function properly.
Analyse Cookies
These cookies enable us to use website analytics in order to improve our site or provide you with personalized content. They may be set by us or by third party providers whose services we have added to our pages.
Marketing Cookies
These cookies enable us to use online marketing and advertising in order to provide you on this or on other sites with personalized advertisement. They may be set by us or by third party providers whose services we have added to our pages.