Domino is a system that allows you to scale how you run your data science models and deliver self-service access to business users. It works alongside your existing hardware and infrastructure, allowing you to deploy and deploy your models faster. It also enables you to leverage best practices from software engineering (e.g., version control) without the friction that often comes with transplanting tools from one environment to another.
The word domino originates from the Latin dominium, meaning “little tower.” It may have been used to refer to a short hooded cape worn by a priest over his white surplice, or to an earlier sense of the term that meant a long robe that was decorated with contrasting black and white pips, which is also sometimes credited as the inspiration for the game pieces.
Dominoes are a popular game for many reasons. They’re fun to play, they can help develop motor skills, and they can even teach kids how to count and identify different numbers. They can also be used to build spatial awareness and encourage the development of strategic thinking.
There are many types of domino games, but they all have the same basic structure. A player starts by placing a single tile on the table, then lays other tiles adjacent to it so that their exposed ends match up with those of the first tile, creating a line of dominoes that can be played off of. As a result of this simple rule, the game can be played in a variety of ways.
The domino effect is the tendency of a system or event to trigger a chain reaction that results in subsequent events, some of which may be unpredictable. This phenomenon is often used in a social context to describe the way in which a person’s actions can affect the lives of others. It is also known as the butterfly effect, because a change in the behavior of one organism can lead to changes in the behavior of other organisms that are unrelated or even undetectable to the original individual.
Hevesh tries to anticipate the domino effect of her installations by making tests and testing them in slow motion. She then records the results so that she can review them and make any necessary adjustments. She uses a variety of techniques to ensure that each section of her work functions as intended, including using different materials for each part and constructing the piece in stages.
Physicist Stephen Morris agrees that dominoes can have a much larger impact than people might expect. When a domino is standing upright, it’s lifting up against gravity and storing potential energy in its position. But when that domino falls, the majority of its potential energy is converted to kinetic energy as it moves through space and causes other dominoes to topple. That domino-topple chain can grow to be enormous. It’s a good reminder that small actions can have big consequences.