Early Robot Enabling Technologies

The entry is significant in that it highlights the technologies of the time that enabled most of the early electric animals, mechanical men then later the robots to be operated remotely by sound, light, or radio waves. This technology and underlying principles influenced these machines for at least 50 years. The technology is studied in detail …

1951 – La Tortue Cybernetique (Cybernetic Tortoise) – Paul-Alain Amouriq (French)

In late 1951, Paul-Alain Amouriq, a Frenchman then aged 17, built a cybernetic tortoise inspired by Grey Walter's as published in a French science magazine Science et Vie (February 1951). Several years later Science et Vie became aware of Amouriq's tortue, and Pierre de Latil visited him and the subsequent article was published in the March …

Grey Walter’s Tortoises – Batteries, Re-charging, Hutches and Autonomy

A significant feature of the tortoises is so often referred to as "An Imitation of Life".  As well as their behaviour, the tortoises construction  had to be such that autonomy could be exhibited. This is somewhat driven by the technology and parts available at the time. For Grey Walter's purposes, the models had to be self-contained …

1951-54 – Miso, Barbara, Cesare, Felapton, Job – Albert Ducrocq (French)

The Ducrocq family of cybernetic animals were named “Miso” These were designated M-1 through  to M-5.  Some articles refer to “le renard” (French for  fox) as “Job” (M-5).  M-1 in most cases was referred to as Miso.  It probably became M-1 when M-2 was built. So far, I have seen pictures of 6 different Miso’s. …

W. Grey Walter, Edmund C. Berkeley, Ivan E. Sutherland and the Tortoise

Who is Ivan E. Sutherland? Ivan was born in 1938, Nebraska, USA and is a computer pioneer, inventing Sketchpad, being the first what we now call a Graphical User Interface (GUI). He also built a walking machine, but that will be the subject to another post later. As an under-graduate student, Ivan, with his elder brother …