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Still playing around with my first work, Process_01. Either you take to it or not. I kind of like the forms it's making.
It was working well with listening to Minamo's 'When Unwelt Melts'
This algorithm will rotate the whole front edge and swap all "L" and "l" edge pieces to their "R" and "r" sides.
r2 B2 U2 l U2 r' U2 r U2 F2 r F2 l' B2 r2
None of these moves are slices, r2 means both r & R are spun at the same time.
Well organized collectives can carry on battles of all kinds with diligence and perseverance. During the discussion, Stefano Rossetti (Data Protection Lawyer at noyb) will talk about some recent noyb’s cases on surveillance, data brokers, algorithms and artificial intelligence.
Credit:Markus Schneeberger
From a suite of 128 transforms of a concentric circle pattern, following a space-filling curve (Hilbert curve).
Make right choices of investment and gain high profit with algorithmic trading strategies in Fin Markets. AlgoNest allows you to get more returns with minimal risk involved. Feel free to reach us for any query!
Are the algorithms of living matter also useful for digital arts? Could they for instance be used in live visual performances? And how? Mediamatic and the Live Performers Meeting invite you for this nerd Biotalk with Federico Corradi, Gianluca Del Gobbo and Timo Dufner. They will give us a glimpse of the potential of nature’s algorithms for digital art and illustrate this with a live audio visual experimental act.
www.mediamatic.net/en/algorithms-from-nature
Photographer: Chiara Barraco
Based on www.flickr.com/photos/cookieevil/3451604501/in/set-721576...
This used an aggressive adaptive contrast enhancement to bring out the reds and purples hidden in the dark areas of the photo. This was then stroked onto a pale pink canvas.
The problem Destination City Leetcode Solution provides us with some relations between cities. The input is given as line separated pair of cities. Each line in input denotes a direct road from the starting point to the endpoint. It is given in the problem, that the cities do not form a circular route. It is also stated that the input has a destination city. A destination city is defined as a city that does not have any outgoing road. So as usual before diving deep into the solution, let's take a look at a few examples.
paths = ,,]
Sao Paulo
Explanation: So if we go by the input, London has a direct road to New York. New York has a direct road to Lima. In the end, Lima has a direct road to Sao Paulo. So, the destination city must be Sao Paulo because it has no outgoing roads.
paths = ]
Z
Explanation: We have a single direct road starting from A to Z. Thus Z is our destination city.
Approach to Destination City Leetcode Solution
The problem Destination City Leetcode Solution asked us to find the destination. The input has provided us with some direct roads among the cities. It is given that a destination city does not have an outgoing road. The problem can be easily solved using a hashmap. In the hashmap, we keep track of outgoing roads. We traverse the paths vector and increment the number of outgoing roads of the cities. Then afterward we check if there is any city among the paths vector, that does not have an outgoing road. We return that city as the answer.
Code
www.tutorialcup.com/leetcode-solutions/destination-city-l...
Do Algorithms Care? is a collaboration between artist Amanda Bennetts and data scientist Johanna Einsiedler. The project is realized in an installation that mimics a tech store, turning a critical lens on the commercialization of bio-data. Using the duo's open-source DIY smartwatches and interactive data interface, they explore the predictive potential of personal data and machine learning for well-being, inviting viewers to reconsider their relationship with data control and privacy.
Photo: martin doersch
Brooklyn, NY
First attempts at an abstract library similar to work related to first year. I hope to make it more concrete and program more like a library!
*Abstract Concept currently
Still playing around with my first work, Process_01. Either you take to it or not. I kind of like the forms it's making.
It was working well with listening to Minamo's 'When Unwelt Melts'
Foto: Boris Baldinger / www.boris-baldinger.com
Algorithmen bestimmen, was wir auf Social Media sehen und was nicht. Sie filtern unsere Sicht auf das Internet, auf Themen und Meinungen und damit auf die Welt. Gleichzeitig helfen sie zum Beispiel bei der Mustererkennung und vereinfachen Recherche und Analyse im Datenjournalismus. Zwei Expert*innen zeigen die Chancen und Gefahren auf, die Algorithmen heute bieten und beleuchten ethische Fragen.
Dr. Anna Mätzener ist Managing Director von AlgorithmWatch Schweiz. Sie erzählt anhand beispielhafter Studien, wie unsere Gesellschaft durch Algorithmen beeinflusst wird und warum dies unter Umständen ethisch bedenklich sein kann – insbesondere auf Social Media.
Tim Nonner ist Chief Data Scientist bei der TX Group. Er zeigt auf, wie die Journalist*innen bei 20 Minuten und co. dank Algorithmen ihre Rechercheprozesse beschleunigen konnten. Und wie sie gleichzeitig ihre SEO optimieren.
Do Algorithms Care? is a collaboration between artist Amanda Bennetts and data scientist Johanna Einsiedler. The project is realized in an installation that mimics a tech store, turning a critical lens on the commercialization of bio-data. Using the duo's open-source DIY smartwatches and interactive data interface, they explore the predictive potential of personal data and machine learning for well-being, inviting viewers to reconsider their relationship with data control and privacy.
Photo: martin doersch
Do Algorithms Care? is a collaboration between artist Amanda Bennetts and data scientist Johanna Einsiedler. The project is realized in an installation that mimics a tech store, turning a critical lens on the commercialization of bio-data. Using the duo's open-source DIY smartwatches and interactive data interface, they explore the predictive potential of personal data and machine learning for well-being, inviting viewers to reconsider their relationship with data control and privacy.
Photo: martin doersch