So long as the alternative to the use of robotics remains human labor, the value of the work a machine does can be measured in terms of what it would cost to pay people to do the same work, plus the g...
For the time being, it probably doesn't make good economic sense to dedicate sophisticated machinery to managing a patch of ground that's unprotected from the elements, when it might just as well be w...
Even if, between now and January, Congress were to get religion with regard to the benefits to be gained from applying robotics to the transformation of agriculture, and had a full-speed-ahead bill re...
Take the USB port as an example. It's ubiquitous; practically everything either has one or plugs into one.
Similarly, if you want to build a multi-vendor market for almost anything, one of t...
It's not like there was any shortage of ideas for how to improve the stability of U.S. agriculture, the lot of farmers, and the economic vitality of rural America. Just have a look at President-Elect...
This a subject for research and development, of course, but it's my ‘job’ to make this vision as accessible as I can, to both anticipate what that R&D might produce and describe it in plain langua...
What would it look like? How would it be powered, and how would it transmit power to the parts that need it? What actions would it be capable of performing?
There's no single, right answer ...
Thanks to Jan Slinsky for posting this YouTube link, to a video showing a center-pivot system used for tilling a small plot of land.
While requiring more energy than tillage-free management w...
To be quite truthful, the dream of having robots take over the task of managing productive land isn't really mine in the sense of having originated it. To be sure I've contributed some detail, but ot...
When I first started thinking about the use of sophisticated robotics on the front line of horticulture/agriculture, performing most or all field operations autonomously, in a detailed manner, I figur...
WSIC is an acronym with multiple interpretations, one of which is relevant here. For our purposes, it means "wide-span implement carrier" and refers to a category of machine wherein the components th...
It's said that if you raise the temperature slowly enough you can boil a frog alive and it will never jump out of the pot. True or not, it illustrates the idea of changes that happen so gradually we ...
A very long time ago, 1981 to be precise, I intended to pursue a masters degree in agronomy, with a focus on how well various agricultural systems supported balanced nutrition for those dependent upon...
Figuratively speaking, a robot is a machine with a brain. They don't really have brains, of course; they have processors and programs, which would be depicted on some low-detail flowchart as lying be...
While it's inevitable that agriculture will eventually incorporate robotics to some degree, what form that takes is a wide open question, one that, left to itself, would eventually find an answer driv...
Machines can work continuously, 24/7. Doing so would require power enough to last through the night and either artificial lighting or night vision, and some operations are probably best left for dayli...
Just as you don't really need a machine with six foot tall tires to prepare a seedbed, you don't necessarily need a machine suspended from a gantry or with legs long enough to lift it above corn tasse...
Why use robots to do what people can do, when there are so many unemployed?
Before responding to that question, let me turn it around. Why, given that there are no laws preventing them f...
I've been thinking about this – the application of robotics to horticulture on a scale large enough to replace (some significant portion of) conventional agriculture – for a very long time, and I'...
One measure by which conventional agriculture likes to judge itself, the output per man hour, or, put another way, the percentage of the population directly engaged in crop production, is seriously mi...
It's going to take more than a single post to answer that question. There are so many reasons that it's hard to keep track of them all.
From an ecological point of view, robots can help ...
If you look at the current state of agriculture, and also at the preponderance of robotics work related to it, there isn't much encouragement to be found for a vision of machines bringing better pract...
The following is only slightly reworked from three posts I wrote, one after the other, in 1999. These posts together formed the starting point of a topic with the surprising title "The Robotics of Pl...
IBM developerWorks is a great resource.
This developerWorks article discusses open source software for modeling and testing robotic designs in software.
(Found on AI Buzz. [2...
Think I'm crazy in suggesting that a machine could track every single plant over an area of several acres? This Digg item [2012Oct13: no longer available] says this experimental camera can image “e...
While my primary interest in robotics is as it relates to horticulture and agriculture, I've also long been interested in the potential utility of robotics in urban transportation, especially when com...
There are too many robotics related websites to catalog them all. Here are few of them...
IEEE Robotics and Automation Society's Technical Committee on Service Robots website contains a ...
As it commonly applies to raising plants, "cultivation" usually refers to a process involving the manipulation of soil, to incorporate plant residues into the soil after the previous harvest, to prep...
This blog is about a vision of a future in which the tending of productive land has been turned over to autonomously operating machines that approach this task much like a master gardener would, one p...