233二点多反反复复vv ふたりの住んでいる村は大変貧しく、その日暮らすのも大変でしたが、でも心の優しい人たちばかりでしたので、すぐにおなかのすいている子供のために持っているもので分けられるものをお爺さんたちにくれたのでした。 他們住的村子非常貧窮,每天的生活都很艱難。 但村裡的人心地善良,願意拿出自己僅有的食物給老爺爺,幫助這個餓肚子的孩子。 あかたろうはなんでも喜んでぱくぱく食べるので、それを目を細めて楽しそうに見ていたおじいさんとおばあさんは、ふとあることに気が付きました。どうやらあかたろうはご飯を一膳食べるとご飯一膳分大きくなるようなのです。 阿垢太郎開心地什麼都大口大口吃著,老爺爺和老奶奶高興地瞇著眼睛看著他吃,突然察覺到什麼。 他們注意到阿垢太郎吃了一碗飯,身體就會長大一碗飯的份量。 何日かして随分と大きくなったあかたろうはある日お爺さんにこういいました。 「じ様、おら金棒がほしい。金棒をくれろや。」 幾天後,阿垢太郎長大了不少。 有一天,他對老爺爺說:「爺爺,我想要一根金棒,給我吧。」 お爺さんとおばあさんは金棒など何にするのかと思いましたが、神さまに命を吹き込んでいただいたあかたろうです、きっとなにかわけがあるのだろうと、村の鍛冶屋へ行き、こうこうこういうわけで金棒を作ってくれないかと頼みました。 老爺爺和老奶奶不知道他要金棒做什麼,但想到阿垢太郎是被神注入生命的,肯定有他的道理。 於是,他們去了村裡的鐵匠鋪,請求鐵匠幫忙做一根金棒。 すると鍛冶屋は、事の次第を知っていましたし、お爺さんたちと同じ考えだったので、自分から金棒を作って、あかたろうに渡してくれました。 鐵匠聽了事情的來龍去脈,想法跟老爺爺他們相同,便自己製作了一根金棒給阿垢太郎。 それか1らあ1かた1ろうはお爺さんとおばあさん、村の人11た1121ちに別1れを告げて、おばあさんのこし11らえてくれた赤いちゃんちゃんこを着て、1一人で金1棒11を1肩に担いで村を出て行きました。 阿垢太郎告別了老1爺爺、老奶奶和村民,穿上老奶奶做的紅1色1無袖,羽織.,扛著金棒獨自離開了村子。 gg
How Artificial Intelligence Can Transform Food Industry

BLOGS

How Artificial Intelligence Can Transform Food Industry

How Artificial Intelligence Can Transform Food Industry

Tue, 13 Apr 2021

People can hear a lot about AI today because there’s no dearth of stories in this room. Most fundamentally, AI inventions are deserving of praise and are likely to offer. Although there is no end to the technology’s growth and potential, AI is testing human wisdom.

For this technology, the playground is huge and experts from every corner of the world are trying to find the use of this technology in different streams. While it can cure human misery and provide a simple and easy life, several industries encourage its use from medicine to food.

THE RISE OF AI IN FOOD INDUSTRY

Since its uses have been explored by various business verticals, a step has been taken by the food industry towards this. This industry embraces AI to gain an edge dynamic of many factors that make a food product a success. Also, artificial intelligence is developing a series of smart mobile applications.

The fact is, food product development is a very lengthy process. With the help of AI, huge datasets of detailed agricultural information can be used and processed more quickly. Altogether, machine learning can also be applied to create numerous great recipes around flavor and nutrition. Also, this technology can help meet increasing worldwide food demand. This technology can also help analyze the growth, production, data on consumption, and distribution.

AI and machine learning can all be applied in hundreds of business variables which can boost food supply stability.

SORTING FOOD

Food processing is one of this industry’s most time-consuming and challenging processes though product freshness is also a critical factor. There are many other measures for sorting. Also, with this technology, it is possible to sort out off-color tomatoes, which will help the retailer or consumer to decrease their rejection. Also, all foreign matters need to be sorted out.

CLEANING OF PROCESSING EQUIPMENT

Careful cleaning of equipment is essential to assure better hygiene. In equipment cleaning, the advanced process can be very helpful. It is now called as Self-Optimizing-Clean-In-Place or SOCIP. This is based on ultrasonic sensing and optical fluorescence imaging to provide the measurement of food residue, microbial debris in a piece of equipment. After this, the optimization of the cleaning process will also continue, itself.

ENHANCING THE SUPPLY CHAIN

AI may also improve supply chain management and this technology is used by several business verticals to manage their supplies. Another boosting aspect is the strictness imposed on their operations by food safety regulatory authorities, due to which businesses must be more transparent. This system also helps to check and track food safety goods in industries across all phases of the supply chain. It helps every phase from the creation of precise forecasts to the management of prices and inventories. It provides great transparency, as it allows end-to-end tracking from farm to consumer.

 

The food industry is the subject of numbers of AI analysis. Such projects have included forecasting food demand, food safety effects, assessing food quality, and more. Whilst the use of this technology on the market is also increasing.