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How Image Data Is Changing Agriculture
Anyone who wants to realize applications in which objects with a wide variety of characteristics – such as vegetables or fruit – are to be reliably recognized, cannot afford to ignore image processing with artificial intelligence
Anyone who wants to realize applications in which objects with a wide variety of characteristics – such as vegetables or fruit – are to be reliably recognized, cannot afford to ignore image processing with artificial intelligence.
Article from | IDS Imaging Development Systems
04/27/21
Being able to control processes more easily and design them more efficiently – these requirements also play an important role for agriculture and the food industry. Factors such as increasing demand from consumers, high standards regarding sustainability and security of supply, as well as the need to produce efficiently, come into direct conflict. Connected devices and automation are therefore becoming more and more prevalent in these sectors. Cameras play an important role here. They support from the optimal application of fertilizers to the visual monitoring of products and growth phases to the processing of food.
A key technology is an artificial intelligence. Organic products with different shapes and colors are difficult to describe in the corset of standardized algorithms with which industrial cameras usually work. Anyone who wants to realize applications in which objects with a wide variety of characteristics – such as vegetables or fruit – are to be reliably recognized, cannot afford to ignore image processing with artificial intelligence. Intelligent vision systems for collecting and analyzing information are also valuable tools when it comes to detecting conditions, making decisions, and triggering follow-up processes. To make the best use of this technology, AI vision systems that are equally flexible, easy to handle, and powerful are required. This is where IDS NXT ocean comes into play.
IDS NXT ocean (www.ids-nxt.com) is a particularly user-friendly end-to-end solution that allows users to create AI-based image processing applications – even with little previous knowledge. Vision apps help to flexibly control which task the embedded vision system should solve; from simple barcode reading to complex AI-based object detection. Thanks to their compact industrial-grade housing and interfaces such as OPC UA, the intelligent IDS NXT cameras can be easily integrated into factory automation. Image processing takes place directly on the camera and can then be transmitted as a result, for example to a machine control system.
Customers are provided with coordinated workflows and all the necessary tools so that they can easily develop applications on their own. With the IDS-hosted, cloud-based AI training system IDS NXT lighthouse, they can train a neural network with their own images without any prior deep learning knowledge and without having to install any hardware or software. This is remarkable because although automation is a defining topic in the agriculture and food sector, only a few all-in-one packages for embedded vision with deep learning are available. In many cases, this is still project work, with customers building the systems themselves step by step. IDS Imaging Development Systems removes these hurdles so that even companies without dedicated AI specialists can benefit from the current technical state of the art and keep their competitive edge.
For more information and application examples, please visit
https://en.ids-imaging.com/smart-farming.html.
The content & opinions in this article are the author’s and do not necessarily represent the views of AgriTechTomorrow
IDS Imaging Development Systems Inc.
IDS is a leading manufacturer of industrial cameras "Made in Germany" with USB or GigE interfaces. Equipped with state-of-the-art CMOS sensors, the extensive camera portfolio ranges from low-cost project cameras to small, powerful models with PoE functionality or robust cameras with housings that fulfill the prerequisites for protection code IP65/67. For quick, easy, and precise 3D machine vision tasks IDS offers the Ensenso series. With the novel vision app-based sensors and cameras of IDS NXT the company opens up a new dimension in image processing. Whether in an industrial or non-industrial setting: IDS cameras and sensors assist companies worldwide in optimizing processes, ensuring quality, driving research, conserving raw materials, and serving people. They provide reliability, efficiency, and flexibility for your application.
Monitoring & Growing, Precision Farming | IDS Imaging Development Systems Inc. | Imaging, machine vision
UAE, Israel Both Expect To Benefit From Agricultural Ties
The regional government in the capital, Abu Dhabi, announced in April that it was investing approximately $100 million in vertical farming
TARA KAVALER
08/23/2020
Emiratis will have access to Jewish state’s agritech while Israelis will gain financially
The United Arab Emirates, where less than 1% of the earth is arable, is set to reap major growth from its agricultural sector with the help of Israeli technology after the two countries normalize relations.
Israel, a world leader in agriculture under conditions with little water and high heat, will sell its expertise to farmers in the desert nation where the average temperature in August is 43°C (109°F) and the average annual temperature is 30°C (86°F). Israeli growers also plan to export food to the UAE, from where it may be re-exported to currently unreachable markets.
The UAE and other Gulf Cooperation Council countries have been trying to become more self-reliant in food, most of which they import. The UAE has already seen an explosion in agricultural growth, particularly in vertical farming and other next-generation planting techniques. It plans to start using hydroponics, soil-less crop cultivation, before the end of this year. The regional government in the capital, Abu Dhabi, announced in April that it was investing approximately $100 million in vertical farming.
“Any food production here requires a technological solution,” Nicholas Lodge, a UAE-based agricultural expert, told The Media Line.
“It doesn’t make sense to grow almost anything in terms of arable crops, except for higher-value crops like tomatoes that are grown in greenhouses, with the latest technology, like hydroponics, where minimal water is needed,” Lodge said.
Dr. Yaron Drori, an Israeli agronomist and co-owner of Etza Agriculture consultants, told The Media Line: “There are very sophisticated greenhouses all over the world, especially in northern Europe, but what is special about Israeli equipment is that we know how to deal with the excess of heat in the structures.”
“Most of the year in our greenhouses, we are trying to avoid overheating. This is the opposite of what you are trying to do in Europe, where you are trying to gain heat,” added Drori, whose company specializes in desert farming in southern Israel.
The greenhouses in Israel use shade nets that can be turned on automatically with a “smart” control system that monitors temperature, radiation, and humidity.
The system also activates cooling sprinklers, or a “curtain” of water, which brings outside air into the greenhouse to change the high temperatures and low humidity that make desert agriculture difficult.
The device also irrigates plants without wasting scarce resources. Saving water is one of the centerpieces of Israel’s “advanced innovation” in agritech, Drori said.
Associate Prof. Zvi Peleg of the Hebrew University in Jerusalem spoke to The Media Line about his work at the university’s Robert H. Smith Institute of Plant Sciences and Genetics in Agriculture to reduce the amount of water plants need.
“We are working now on how to improve water-use efficiency, meaning the plants will produce more biomass by using less water.”
“We are trying to change the plant … so it will be more suitable for the climate,” Peleg said. “We are changing the root system to become deeper … to get to the water more easily and reduce the size of the root architecture so it will not take so much water from the soil because it’s a very limited resource.”
He also explained some of Israel’s latest agricultural technology.
“By using sensors to check the water status in the soil and the plant, you improve productivity because you irrigate whenever the plants need water, not whenever you feel they need water,” Peleg said.
“We are also using thermal imaging to see if a plant needs water or nutrients. There are a lot of techniques now related to drones and different kinds of cameras to detect the plant’s growth, as well as diseases and other problems the plant has,” Peleg said. There is “a lot of technology that can benefit many regions, including the UAE.”
Meanwhile, the UAE is doing high tech agricultural research of its own. Dr. Mohammed Abdul Mushen Salem Alyafei, an associate professor at The College of Food and Agriculture at United Arab Emirates University, said studies are being done in the Emirates on an “open-top chamber,” which encircles a plant to examine the impact of carbon dioxide levels and an “aeroponic control unit.” Aeroponic devices grow plants in the air in a moist environment.
Israel’s successful efforts to make its own desert bloom have resulted in exports of its desert produce.
Some “60% of Israel’s [agricultural] exports, which include tomatoes and watermelon, come from the Arava [in the southeast], which is very similar to the UAE, with bad soil and poor [quality] and limited amounts of water,” Shafrir Godel, an agricultural business expert, told The Media Line.
“Everything is against the farmer, and yet it is the major export region for Israeli produce [sent] to Europe and America,” said Godel, founder and managing director of Israel-based AgriQuality, an international consulting company.
Long-distance exporting is very expensive, but Israel has figured how to do it profitably; this know-how could help the UAE.
“The chain from the seed to the supermarket shelf abroad is something that Israelis do well and cost-effectively: starting with the variety [of crop] to plant, the methods and technical solutions for growing, sorting, picking, the plastic you are using to extend shelf-life, and getting them to the right companies that have a hold on the main markets.”
Israeli growers are also looking for new markets.
“Over the years, Israeli farmers have grown with a capacity that is way beyond Israelis’ ability to eat. We need other markets. It is a new market, and it could be a transit station to places that we normally would not sell to,” Godel said.
The UAE is one of the world’s top three re-export hubs.
Agricultural expert Lodge noted that “the UAE has built a reputation as a transport hub serving many countries.” “It’s quite interesting what you might be able to do with that mix of location, technology, and capital for certain crops.”
Both countries’ agricultural businesspeople are excited about the potential for the new alliance.
“The UAE has a history of looking at where it can forge partnerships, where it can make investments where there’s a mutual benefit,” Lodge said. “Israel is an acknowledged leader in arid farming and the application of technology to make farming possible. I’m sure it’s one of the areas that could and should benefit both parties.”
Etza Agriculture’s Drori said: “If you bring the practical and academic knowledge and all the technology that we have to the UAE, we can all benefit from it, both the Emirati and the Israeli companies.”
“Israel gets business, so it benefits financially. But beyond that, it would be fascinating to work there. It’s a new place, you learn and see new things,” he said. “It’s a new world for us.”
Lead photo: Dr. Effi Tripler, a soil and water scientist, stands next to a solar-powered sensor that helps a drip-irrigation system know when and how much to water a crop of sorghum at the Central and Northern Arava R&D facility on May 21, 2015, in Hatzeva, Israel. The soil and water R&D facility tests and produces various crops in the dry, harsh climate of the Arava, near the Jordanian border. (Ann Hermes/The Christian Science Monitor via Getty Images)