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Robots gaining popularity in Catalan homes A helping hand

Robotics has progressed greatly in recent years and the use of androids is growing in industry as well as providing a possible solution for the challenges presented by aging populations in technology-savvy countries like Japan

Do­mes­tic ro­bot­ics in Cat­alo­nia are no longer some­thing of the fu­ture; they are al­ready here. The au­to­mated Roomba vac­uum cleaner has won sup­port­ers for its ef­fec­tive­ness. They take up lit­tle space and with the sim­ple press of a but­ton clean the floor thor­oughly, avoid­ing all ob­sta­cles and, if needed, mak­ing sev­eral passes over tougher areas. Then, all on their own, they re­turn to their base to charge as many times as needed and can be pro­grammed to do their job when we are out. The US com­pany iRo­bot, a pi­o­neer in the in­dus­try and that has sub­se­quently seen their prod­uct copied by other firms, proudly says that Spain leads the world in wel­com­ing Roomba into its homes.

“One of the major chal­lenges of ro­bot­ics, specif­i­cally in the field of home con­sump­tion, is to in­crease the cred­i­bil­ity and ef­fec­tive­ness of ro­bots, and es­pe­cially so in the area of ro­bots ded­i­cated to clean­ing tasks. Grad­u­ally, con­sumers are re­al­is­ing that they can rely on do­mes­tic ro­bots to ful­fill that promise,” said Colin Angle, CEO and founder of iRo­bot. The most ad­vanced model the com­pany has in­cor­po­rates a smart nav­i­ga­tion sys­tem and reg­u­lates the clean­ing power de­pend­ing on the level of the dirt it de­tects. Con­nected by Wi-Fi, it can be ac­ti­vated from any­where by mo­bile phone, or sched­uled to clean up to seven times a week. The next step, link­ing to the In­ter­net of Things, is for it to de­tect when we are not around so it can just get on with its job.


They are white, im­mac­u­late and shiny. They are al­ways wear­ing a smile and are will­ing to help us to with­out a word of com­plaint. The first time you are faced with one, in­evitably you feel as ner­vous as a child, or at least a lit­tle un­cer­tain. “Is this the fu­ture? Will it work? Or is it a joke and some­one is se­cretly film­ing me?“ But once every­thing is run­ning smoothly it be­comes a com­fort­able re­la­tion­ship. Too com­fort­able, in some cases. Robot an­droids are in­creas­ingly be­com­ing per­fect: we found a place for them in in­dus­try and now, sud­denly, they seem to be knock­ing on the doors of our very homes.

One of the most in­ter­est­ing as­pects of an­droids has al­ways been the abil­ity to em­u­late human be­hav­iour. In our en­vi­ron­ment, so far we have mainly seen them in ac­tion at tech­nol­ogy fairs and lit­tle else. In Japan, how­ever, there are shops and even banks which have begun to use them in some deal­ings with the pub­lic. Ob­vi­ously, their main use is in in­dus­try, where they are able to per­form re­peated me­chan­i­cal tasks far more ac­cu­rately than hu­mans, and with­out the phys­i­cal ex­haus­tion and psy­cho­log­i­cal stress that en­tails. Their de­vel­op­ment in this field has been ex­tremely rapid and Barcelona re­cently wel­comed, Yumi, an an­droid that can work side by side with hu­mans, with­out being teth­ered for se­cu­rity rea­sons. Yumi's pro­gram­ming is sim­ple: just pick it up and move it so it learns that this is the ac­tion it needs to em­u­late re­peat­edly.

A few weeks ago, the IREX trade fair took place in Tokyo, an in­ter­na­tional ro­bot­ics ex­hi­bi­tion show­ing the lat­est de­vel­op­ments in the in­dus­try. Al­though the ma­jor­ity of the ex­hibitors in­volved in­dus­trial ma­chin­ery (ap­prox­i­mately 70%), what at­tracted more at­ten­tion for their nov­elty were small, in­ter­ac­tive robot an­droids de­signed for do­mes­tic use. Per­haps what drew most at­ten­tion was the in­no­v­a­tive RoBo­Hon, from con­sumer elec­tron­ics man­u­fac­turer, Sharp. It is a robot that is 19.5 cen­time­tres tall and weigh­ing 390 grammes, and it works just like a smart­phone. Among its unique abil­i­ties is tak­ing pic­tures that are then pro­jected on to flat sur­faces, such as a wall or a table, but what might be more use­ful is its abil­ity to read and write emails at the re­quest of the user through voice com­mands. Of course, as any good robot should, RoBo­Hon is able to re­mem­ber the faces of the peo­ple who reg­is­ter with the front cam­era and then ad­dress them by name. Al­though orig­i­nally de­signed for the Japan­ese mar­ket to be com­mer­cialised in the first half of 2016, given the in­ter­est that has been sparked world­wide, Sharp is now con­sid­er­ing ex­port­ing it to other coun­tries.

The most ad­vanced and iconic an­droid of all, how­ever, is still Pep­per. In fact, so much so that this cre­ation of the Japan­ese telecom­mu­ni­ca­tions giant, Soft­bank, was even given the job of vis­i­tor re­cep­tion at other com­pa­nies' ro­bot­ics dis­plays. Ac­cord­ing to its cre­ators, Pep­per is the first hu­manoid de­signed to live with hu­mans: “It might seem dis­ap­point­ing, as it doesn't clean, cook or have any super-pow­ers, but Pep­per is a so­cial robot able to con­verse with hu­mans, recog­nise emo­tions and react, as well as move and live in­de­pen­dently. Charm­ing and friendly, it is much more than a robot: it is a part­ner ready to com­mu­ni­cate with you with the most in­tu­itive in­ter­face that we know of, using voice, touch and emo­tion,” the mak­ers ex­plain.

But apart from the en­ter­tain­ment mar­ket, there are other areas where the de­vel­op­ment of an­droids can play a very im­por­tant role, such as in home care and as­sis­tance in health cen­tres. Also, the Japan­ese firm, Pana­sonic, which in re­cent years has boosted the busi­ness of pro­vi­sion for in­tel­li­gent homes, re­cently pre­sented Hospi, a cylin­dri­cal robot with a mon­i­tor in­stead of a face that gen­er­ally draws a big smile. The func­tion of this au­toma­ton is to dis­trib­ute med­i­cines and it is al­ready being used in hos­pi­tals in Japan and Sin­ga­pore.

Other fields

How­ever, the field of ro­bot­ics is not only at­tract­ing tech­nol­ogy and telecom­mu­ni­ca­tions com­pa­nies. The car in­dus­try has also joined in, with Toy­ota Part­ner Robot, an an­droid that can reach 1.35 me­tres and weighs 37 kilos that can pick up and trans­port small ob­jects and per­form sim­ple tasks, such as dust­ing flat sur­faces with a cloth. Or­ders are given using an ap­pli­ca­tion in­stalled on a tablet and it was de­signed to as­sist peo­ple who are ill or dis­abled.

In an aging, tech­no­log­i­cal so­ci­ety like Japan, it is not sur­pris­ing that one of the most im­por­tant ap­pli­ca­tions of ro­bots is as a re­source in the care and ser­vice in­dus­tries. Cur­rently, more than a quar­ter of Japan's pop­u­la­tion is over 65, a pro­por­tion that will near 40% in 2060. The Japan­ese gov­ern­ment and do­mes­tic in­dus­try are in­vest­ing in the field as one of the pos­si­ble so­lu­tions to the de­mo­graphic prob­lems of the coun­try, which threaten to cause a short­age of labour and be­come a bur­den on the econ­omy. After Japan, China, the US and South Korea are the coun­tries that have in­vested the most in such tech­nolo­gies.

This is the first step, be­cause there will be many other pro­fes­sional areas that gain from (or give in to) the ef­fects of au­toma­tion. Ac­cord­ing to the fore­casts from Japan's No­mura Re­search In­sti­tute study cen­tre and the Uni­ver­sity of Ox­ford, ro­bots and ar­ti­fi­cial in­tel­li­gence sys­tems will be able to do al­most half of the jobs needed in Japan by 2030. The sta­tis­tics are based on about 600 jobs and an es­ti­mate of an­tic­i­pated tech­no­log­i­cal de­vel­op­ments, as well as the de­gree of cre­ativ­ity and spe­cific knowl­edge re­quired by em­ploy­ees. The study also in­ves­ti­gated the case of the United States, where 47% of jobs are at risk, and the United King­dom, where the fig­ure is sig­nif­i­cantly lower (35%). This could turn out to be one of the most neg­a­tive ef­fects of the emer­gence of these tech­nolo­gies.

Learning just like humans

A group of scientists has recently developed a new computer model that mimics the way humans learn new concepts, something that is considered a crucial step in the developing field of artificial intelligence. So far, the main difference between one and the other is that computers need a much larger number of examples to be able to understand all the variables and to acquire new concepts. While human abilities highlight “speed” and “diversity” in acquiring new knowledge and applying it to new situations, “for computers, it is much more difficult for them to generalise from individual samples,” says Brenden Lake, a researcher from New York University and the lead author of the paper announcing the discovery, which was published in the journal Science.

Researchers focused on learning handwritten characters from various alphabets, and then developed an algorithm that would make generalisations based on “fewer examples”. Comparing the ability of these new computers to confront learning tasks, among these generating examples of characters seen only on a few occasions, with other computers and humans, it became clear that these new computers clearly exceed conventional computers and equalled human beings to the point that, in many cases, the results of this new human cognitive model were “virtually indistinguishable.”

Looking to “benefit humanity”

A number of Silicon Valley heavyweights, with Tesla and SpaceX founder Elon Musk at the forefront, have recently agreed to set up a research centre to promote the beneficial aspects of artificial intelligence. It is called Open AI and focuses on researching the “positive impact for humans”. In their mission statement the founders say: “Our goal is to advance artificial intelligence in the way that is most likely to benefit humanity as a whole, without being held back by the necessity of a financial return.” Those behind the platform have pledged billions of dollars in funding, although only “a small part” should be used in the early years. Besides Elon Musk, among the original proponents are Reid Hoffman, founder of LinkedIn, Peter Thiel, a respected investor in technology and one of the first to back Facebook, and various executives of Y Combinator, one of the largest supporters of Silicon Valley projects and companies.

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