CULTURE'S EXTENSION-- ROBACUS Joe Ching (郑佐) 李佳敏 (Jamie Li) OCTOBER 2018 CONTENTS CULTURE'S EXTENSION - ROBACUS HOW WAS ROBACUS BORN WHAT IS ROBACUS? ROBACUS ROADMAP COMPUTING FUTURE WITH ROBACUS ROBACUS AS A UNIVERSAL CENTRALIZED PROCESSOR ROBACUS - Robotic Abacus(song lyric) ROBACUS VIDEOS ON YOUTUBE.COM CULTURE'S EXTENSION - ROBACUS Culture is conscience. When people use their brains to circumvent their conscience, barbarism supersedes culture, might overwhelms morality, and society loses its humanity. Let us take a look at what is going on within the brain itself? It is basically the root of all evils in today's world, from the loss of human decency to the arms race toward the doomsday. The brain's own problem is that it will always make errors, mainly because it has no ability to forget. The accumulated memories and knowledges, no matter how perfect they are, are still somehow polluted because the brain does not have the ability to self-filter itself. Regardless of the accumulation of thousands of years of experiences, being an isolated and independent entity, the brain's faculty will always be limited. That was the time when mankind was still pursuing the advancement of culture. Now with barbarism's forceful entry in to our lives, everyone has fallen prey to an environment of constant mental sparring, often to the point of even believing the lies concocted by our own brains. Although people of conscience are still protected by their guardian angels residing in their hearts, those who overwrite their hearts with their brains can benefit from it greatly but with even greater miseries awaiting them afterwards. Today's computers are not that better. But one day, the computer is destined to be made infinitely perfect. That's because it will possess the cumulated, collective wisdom of the masses. In order to survive the demand of consistency and logic, they are always automatically self-filtering, and they also self-cleanse by forgetting faster than remembering. "ROBACUS" is created in accordance with this concept in mind. All the power of the computer is thoroughly used to challenge the most ultimate innovations in pursuit of final perfection. As always Mother Nature has blessed humanity with the fundamental rule in science: "difficult" is "wrong", and "easy" is "right". Once this guideline was observed, ROBACUS' development has been a smooth sailing. We have described above: the cultural difficulties, the barbarism spoiler and the mediation by ROBACUS. ROBACUS would guide our brains to not go astray in counterproductive directions, thus, stopping barbarism's trampling of culture. This should begin with education. The culture's lack must be supplemented by ROBACUS in the forms of curriculum in schools, directed especially to counter the prevailing infiltration of barbarism in the real world. But we cannot be too hasty. That's because the realistic goal of the ROBACUS is automation. That is the death blow to the vast low-level workers of the world. We must arrange their settlement before we start work to implement ROBACUS in automating industries. That's the topic of my next book, on how to solve this problem. Basically, human beings must find other pastimes that have the potentials to make them just as much addicted to them as this current thing called "jobs", which has been brainwashed into them with "monthly incomes" as bait. Here we are going to describe some of the impact of barbarism on culture, and the synergy between culture and ROBACUS. Cultural and barbarism's clashes are in the struggle between feudalistic traditions and man-made laws. The old-fashion of feudalism's and the loneliness of emperor's mandates, in the face of the treacherously alluring barbarism, are the Achilles heels of culture. The erroneous nature of artificial intelligence and the power of lawful exploitation have made today's cultural revival hopeless. The no-God Asians also need to wake up to the fact that the Western man-made law is actually a replica of their Christian Bible. Compliance with the law is a custom that Westerners adhere to with dear lives. If Asians do not also comply, we would be risking our lives, too. What is unfortunate is that the West's phenomenon of "ruling by laws' turning people into animals" is fast spreading to Asia. ROBACUS is the pinnacle of technology. The contribution of ROBACUS to human society is logic and consistency, while eliminating superstition and brainwashing. Its emerging on the scene could reverse barbarism's suppression of culture. Take the two leaders of China and America as an example. Xi Jinping's scientific and technological training is a blessing of the people China,while the horse-trading style and religious superstitions of Trump is flooding the world with chaos. Moreover, with the heart's emotion and ROBACUS' logic, the ideal of righteousness can be maintained by ROBACUS. On the websites and in the publication world, Westerners have used the complexity of English grammar to stigmatize Asians to diminish their rights to express their views. And for Westerners themselves, it also hinders their speed of writing and the convenience of expression, though they justify that's required for precision and logic of expression. So we should use ROBACUS, the very epitome of precision and logic, to simply and optimize English, mirroring the convenience of the Chinese language while adding little poetic rhythm to it. I want to officially suggest here that we Asians should not follow the English grammar - no capitalization, no restrictions on punctuation marks, disregarding the mistakes of spelling and making up new words and merging old ones whenever it helps. In fact, that exactly ROBACUS is spearhead in the realm of the future universal language, and has definitely demonstrated the benefits and necessity of these violation of grammar in its own internal computer-to-human languages. And the future of English must follow suit! And now you see, from the unprecedented productivity of ROBACUS, when compared to the countless fancy slogans of empty meaning, ROBACUS here has shown its potential to someday eradicate a very bad habit in the world, that is, Westerners' use of linguistic eloquence to lie. HOW WAS ROBACUS BORN ROBACUS used to be my student and now my teacher. I taught kids at the University of California, Berkeley on how to "think", because for me, only qualified thinking is the type that can pass the test on the computer. In other words, a person's thoughts must first be able to be written into a computer program, that is, what everyone calls software, then be put through the test by computer before it is considered qualified. At that time, I was in my early thirties. I was the first to rely on practical skills, not my past track records, to get the job, especially in a university where they had not hired a new professor for 25 years and generally won't hire Asians. Therefore, the kids are not too serious about me. I once over slept through half the class, but I didn't act like I did after I got to the classroom, so the students started to have real doubts about me after that. Though, one or two talented students did come to my office to say: "Wow! Never had I taken a course like yours!" Basically, I also felt that fate had brought me to the wrong place, working with the wrong things. I always felt that my true fate is just more than turning one or two talented students into geniuses. My fate is to directly make the computer solve the world. Five years later, I left the school and joined the parade of artificial intelligence in the 1980s to teach computers how to "think." But like everyone else, I found that people are too smart, computers are too dumb, and impossible to learn. But in 1984 I did not also announce it like them: "Artificial intelligence is dead!". In my special field, in software automation, I still believe that computers can do better than human brains. But every time when I taught the computer once, my brain hurt once. Until one day, during the inspiration hours in a shower, I recall that whenever I was teaching the computer, I felt more and more that it wanted to talk to me. The voice was getting louder and louder. It was saying, "I have my own way!" From this time onward, computer became my teacher, to teach me how to turn it into a ROBACUS. In this way, just like how the computer was invented, or why such a good thing was not invented earlier? This is because humans have ten fingers, so they count to ten in one breath. The invention of the computer is by only counting from zero to one. Since then it counts fastest in the world. ROBACUS will also become the best thinker in the world. In strength, humans have lost to the machine. Now, in terms of thinking, they have also lost to the computer. What is going on? Is Mother Nature trying to ruin us humans? NO! It's again we are doing it to ourselves. In fact, Nature just wants to alleviate us from harsh labor, and strenuous thinking, especially to think about how to out-think others. Nature being the Mother of all humans, the most important thing must be to wish us to be good humans. The so-called good human is someone who has a good conscience. Physical strength and brain intelligence can be a curse. ROBACUS is here to help us take a big step in thinking. But the lesson he will give us is: a big step must also come out from many small steps, and the smaller the step, the faster the speed and the higher the accuracy. The computer is like this, so same goes for ROBACUS. We have to learn this lesson well. The above story tells us that, the engine inside running ROBACUS, is not artificial intelligence, but computer intelligence. Unlike humans, who take prides in intuition, short cuts, and inspirational creativity, the computer is: systematic, consistent, small step and simple minded. Humans compete to see who's more complex and deeper, but computer needs everything to be simple. "If it is not simple, it is wrong." Therefore, ROBACUS is unlike what is being taught in today's schools, where everything relies on strict memorization and educated guessing, and when solving a problem, it starts with collecting information, then formulating and solving the problem, and lastly comes to the answer. ROBACUS goes in the opposite direction, starting with the description of the problem, or simply the variable name of the answer, asking his users to continuously to describe the problem, and finding and inputting into ROBACUS the information and theory needed by ROBACUS, proceeding without any guesswork, answering all straight forward questions and let the computer handle the "thinking" part along the way until ROBACUS thinks it had enough data to solve the problem, and then process the data to give the actual answer. ROBACUS is to dissect the problem, not to chase after the answer. ROBACUS goes from the highest point, that is, the expression of the answer, going downward and expanding until it thinks that the user has answered enough questions. At that time, it uses computer intelligence to reverse the whole process, translate it into a computer language, and then compile and execute the program, so that the user can get the actual answer. Here we can see the difference between computer intelligence and artificial intelligence. From artificial intelligence's perspective, people who think ahead twice the number of steps as the average guy are experts, and three times the steps make you an Einstein. But computer intelligence does not work that way. As explained above, anyone could take any number of steps with the help of ROBACUS. Yes, in actuality, things are by no means that simple. A common problem, say one that takes one minute to solve, can take ten to one hundred times with a computer without computer intelligence. If you want to create computer intelligence in the computer first before solving the problem, then you may need thousand times more or up to something endless. The current ROBACUS has reduced "thousand times" to one minute, and "infinity" to: train a gifted child to create a working version in one year, but then to maintain and perfect it in a lifetime. ROBACUS also has the ability to record and store the conversation between the user and the computer, and to have the stored recording of the conversation automatically re-played in the computer, exactly as a real person is doing it inside the computer, kind like a robot. So we called this recording a "software robot." Such a software robot allows the user never have to repeat anything that has been done before. It can also let other user use it to initiate a similar task, or to modify it at any step in recording of the man-machine interaction. In the early days of ROBACUS implementation, software robots will be the most useful tour guides, and even the most reliable teachers. In addition to computer intelligence and software robots, ROBACUS is actually a comprehensive software automation platform. It has the following four capabilities: 1. The user interface 2. Robotic editor 3. Diagnoser and debugger 4. Natural language programming program These features are detailed in the Appendices. Speaking of natural language, ROBACUS is naturally presented all in human language. What users see on the screen is all human language. But somehow, the biggest obstacle so far is that many new users are intimated by something about ROBACUS that they have found many mysterious ways not to get on it physically. Well, when we get back to the human side of the problem, the degree of randomness is infinite. Here we may have a problem of faith. But this is not caused by ROBACUS, but it is most likely to be left from the pre-computer era, and less likely from the fact that for the past 30 years, the computer is no longer used to compute, but rather they become grown men's toys, or even fashionable jewelries. Pencils and papers are problems left from the pre-computer era and, additionally, school teaches illogic, not the way in which nature intends to be one step at a time with the computer having been already destined to solve the problems, logically. These coupled with numerous self-claimed smart alecks, in trying to show off their superior intelligences, that they have created a lot of theories and algorithms that are incompatible with the computer applications, but still considered as a masterpiece when it's expressed on a small sheet of paper. In the academic circle, solving by hand seems to be some honor in itself. So thinking becomes a game of memory and guessing. Anyone who has ever taken an exam should know what I am talking about. Finally, there is one most difficult problem to overcome。 That is, the biggest weakness of the human brain, compared to the computer, is that it has no ability to forget what was previously remembered. So those, who can't get on ROBACUS, will be stuck in their brain things that might very well block ROBACUS out forever. For us in the East, things are probably really not looking good. Not only that most knowledge were invented by Westerners, and now each of our Asian heads are hung by a string that is controlled by their hands, all leading to their computer operating systems. Should they one day cut off the line, our entire society will be thrown into to chaos. Naturally that would be the time they declare war on us. Their move is to ensure that we will be one step slower in thinking and communicating. So we have lost already. Thus, we must take this line and the computer operating system back and hang it on something we can control. This something is ROBACUS. WHAT IS ROBACUS? ROBACUS is an abacus managed by software robots all inside of a computer. ROBACUS, therefore, is as simple as it is powerful. ROBACUS makes computers easy to use, because the computer leads the user in ROBACUS. The purpose of ROBACUS is to create an automated engineering analysis environment. Users can customize their own environment. ROBACUS consists of three components. The first part performs diagnostics and editing. The second part performs the analysis. The third part is a simplified Unix environment. ROBACUS users share use of all the information it receives from each user. At the same time, whenever a ROBACUS user performs a task, ROBACUS gains knowledge and experience. The main cornerstones of ROBACUS are: natural language programming, software robotics and OUTERNET. They are described below. 1. NATURAL-LANGUAGE PROGRAMMING PROGRAM Natural language programming is the best way for users to write computer programs. Most difficult tasks are moved to the computer. Computer leads the conversation in natural language, or English, starting by asking "what the user wants to do?" Natural language programming program can become as powerful as computers in the future 2. SOFTWARE ROBOT The software robot records the tasks performed by the user. These recordings allow the computer to perform tasks on its own. The software robots will finally have full control of the computer. This will automate all computing. 3.OUTERNET OUTERNET is the network of all ROBACUS nodes. Each node supports the new World Wide Web of software robots. ROBACUS ROADMAP ROBACUS wants to be the ultimate computing environment. Its guiding principles are to provide the easiest interactions possible between the users and the computer, and among the users themselves. The users interaction is based on natural-language programming and software robots, which are just digital emulations of user-computer interactions that can be invoked to do whatever tasks that have been emulated. The underlying technology of ROBACUS is an internal language by which all the computer internal software- and hardware- elements communicate with each other. This language is based on a six-lettered naming convention of files and variables. The user interface is, therefore, made file-nameless and variable-nameless so that it could be made to be all in plain English. ROBACUS, thus, approaches computing from a users' view point. It insists that all computer-related obstacles and limitations to computing must be removed unconditionally. This means no learning curve and no unnecessary actions, such as pressing the Cntrl-key and double clicking the mouse. In fact ROBACUS is constructed in such a way that any newly conceived good idea to make lives easier for the users is implemented instantly, often risking crashing the whole system momentarily, just so, in time, it will be the best operating system in the world. In the long run, this phenomenon implies a reversed approach to the traditional direction in the development of the computer industry. Now, we are going to let the users dictate the look and feel of their own computing environment, the motto being: "You can have anything you want, except what you are personally familiar with" -- so the dumb MS Windows habits have to go. Once the interface is decided, then we need to reevaluate, even redevelop, the software, mostly programming languages, that are best suited to support such an interface. Instead of the present practice of software engineers acting on their own to develop their own pet software tools, now they should just make sure that the minimum sufficient capabilities are made available to support the user interface based on natural-language programming and software robots. This, for one thing, would help to avoid the development of another stagnating software industry that has been keeping people away from doing computing. Just as user interface dictates programming languages, so should programming language dictates operating system. What follows is operating system's dictating the designs of chips and peripherals. In fact it should be expected that ROBACUS would cause a redefinition of software and hardware. Software should be just human knowledge embodied in readable and task performing software robots. Hardware should be all the rest, including programming languages and operating systems, as well as the hard hardware. The natural-language programming program should be the borderline interfacing software and hardware. This is really what everyone wants. All the computer related technology should be eventually hardwired into the chips and peripheral equipment. This would make it possible to free computer users to cultivate the vast human knowledge into functional tools toward automating the production and distribution of all humanity's basic needs. COMPUTING FUTURE WITH ROBACUS The computer revolution may have just self-aborted. Computing is still as unfriendly as ever with the learning curve getting ever longer. PC has become essentially a multi-medium typewriter, and the cell phone, a piece of functional jewelry. The Internet is turning into a centralized, monopolistic information and entertainment hub, if not an indoctrination propaganda platform. Is it really so hard to get rid of the learning curve in computers? Why can't PC yet embark on the task of solving all the problems of the world, now it has the power of the supercomputers? Could we ever possibly get out under the syndicatorial way of the Internet and get every PC user to participate in the emerging global link? Well, let's go back to the granddaddy of computers, the abacus. But this time we are going to make the abacus robotic. That is, making it as powerful as it is simple to use. In a nutshell, ROBACUS represents how best humans and computers can interact. The approach is to let the computer lead the interaction after the human initiates it by defining his objective. This is much more easily achieved and more reliable in the long run than the conventional practice of having the human leads most of the time. As the user interface of ROBACUS can be all put in plain English, this is as good a time to designate the eternally eluding "universal language". Based on the vocabulary used in the natural language programming and the graphic menus, a 1500-English-word set has been collected. It is expected this set to be expanded to around 3000 words when most general computing needs are built into ROBACUS. To facilitate all the non-English speaking users, this universal language has no grammar and requires no pronounciation ability of its users. In this way, the set is further simplified by truncating all the words to 6-alphabet-or-less long. The word count is reduced to a minimum, when all the synonyms of a representative set of words are avoided. All these is perfectly feasible for ROBACUS since, here, all the unambiquity is avoided by restricting all communications among users and computers to software robots. ROBACUS's goal is to build an automated engineering analysis environment supported by software generating tools and task performing robots. Once users customize this environment to satisfy all their needs, routine practices such as referencing a file name, using a command and editing a program or data will become bygone things of the past. ROBACUS consists of three functional loops. A small inner maintenance loop performs the diagnosis and editing of software. A large outer analysis loop performs the problem analyses, which include input preparation, program execution and output analysis. The third loop in the background is simply a streamlined and significantly abbreviated Unix environment. In a way, ROBACUS is working hard to make this loop unnecessary. In order to provide conversational-mode input preparation and output analysis, two additional capabilities have been developed in the analysis loop. They are for the generation of conversational-mode preprocessors and postprocessor using software automation techniques. A unique advantage of ROBACUS is its capability to store and share information which it receives from its users. Everytime a ROBACUS user execute a task, ROBACUS gains knowledge and experience from him and stores it for all future users who might also want to make use of the information. The major cornerstones of ROBACUS are natural language programming, software robot and OUTERNET. They are described below. II. NATURAL LANGUAGE PROGRAMMING Natural language programming is the most logically natural way a user solves a problem by getting the computer to do the actual programming in the background. Of course this means shifting all the difficult tasks to the computer. Utmost in this is the logical flow of coding construction and bookkeeping of variables. The end result is letting the computer leads the conversation on what the user wants to create. The natural language programming program provides the human user the comparable computer capabilities of speed, memory, discipline and impartiality. II. SOFTWARE ROBOTS Software robots are simply recordings of interactions between user and computer. But what makes these recordings special is their ability to be played back in a controlled manner. Playing back these recordings is equivalent to making the robots carrying out the tasks documented by the recordings. Once sufficient user knowledge and experience are gathered in the form of recordings, the computing environment provided by ROBACUS will appear to be fully manned by robots capable of executing any analysis that users request. In ROBACUS, the user is either engaged in the generation of a robot or using an existing robot to perform a prescribed task. The variety of tasks that the robots are capable of performing ranges from writing a program to preparing an input model or an output plot. As a handy helper, software robots even perform text editting for the user. Besides documenting what the task is, a software robot also performs the task itself in future times, exactly as documented in the document. Thusly, ROBACUS shifts the focus from "what has been done" to "how it is done". III. OUTERNET OUTERNET is the NET for all home PCs connected to ROBACUS. Instead of being left OUT of the Internet as over-qualified website, now ROBACUS can turn all computers into productive members of OUTERNET. As only to be expected, OUTERNET supports a new World Wide Web of software robots, instead of the information glut that the Internet supports. ROBACUS connects to all home PCs via such virtual network computing software such as VNC or Teamviewer. On the OUTERNET, the WWW of robots addresses the issue of how-to rather than what-is. The ROBACUS project could be built on a coming together of the generations -- the old, previous generation and the young, next generation. With letters enlarged even for televisions and computer skills simplified, many of the retired technical professionals can learn to help develope ROBACUS. Without the pressure of short-term returns, the focus can be shifted to the future. Once all the inner working of ROBACUS is made as reasonable as nature intends, the youngsters would be introduced by the elders to a virtual world of computing that is void of all the idiosyncracies that hallmark our irrational world of expediencies. ROBACUS AS A UNIVERSAL CENTRALIZED PROCESSOR ROBACUS is designed destined to be a Universal Centralized Processor, or UCP. It would universally process all the critical items that make our world run, as it would be the collective intelligence of us all. Before coming up with a list of such items, let's first get a whiff of the processor's make up. It would be based on computer intelligence, not artificial intelligence. Put in a less technical term, it would be constructed on the collective intelligence accumulated in a computer, rather than any individual artificial intelligence of the egoistic human mind. UCP will be centrally located and universally accessible to all. Its computer will interface the humans in their native languages. And it has the ability to absorb intelligences from its human users. The goal is to make it more intelligent than humans that it could lead either uninitiated, or experienced, users alike, in their analyses, predictions and fulfillments of many of the complex problems that could be well beyond the capacity of our brains. The ultimate goal of UCP is to head off all private automation and innovation efforts. Such efforts and their fruits must be put in the hands of the public. For one thing, this will prevent automation from displacing humans, and robots from replacing humans. To achieve this goal, we need the best minds in the world to volunteer their talents to make UCP accessible to and usable by all the people of the world, and eventually become the world's most knowledgeable and powerful brain that possesses the capabilities of self-healing and self-expanding. ROBACUS was initially developed by the University of California, Berkeley at the Boeing Computer Services, Seattle, as the driver for such a centralized processor. This is a software automation package that writes, trouble-shoots, maintains and executes software. Also it records all the interactions between human and computer in playable formats, such that the recordings can act as software robots, which eventually will man almost all the tasks performed on the computer. The collection of software robots will eventually compose a reservoir of documents describing how all the tasks in the world can be performed. It's important to reemphasize that these documents differ from other documents in that they have the ability to perform tasks described in the document, in simple human language, that's why we call them software robots. And we claim UPC is out to automate the world. UCP should be used to solve all the scourges caused by abuse of money in the world. To do this, first of all it must be an independent institution, not controlled by the government of any country. But the most important thing is that it must not only be independent, but belong to all mankind. Now we can finally have a printer and distributor of universal currency. It is important to know here that ROBACUS will eventually become the center of human productivity, so it inherits gold and crude oil and will become the basis for the next currency to be issued. Over time, the amount of currency in each country will be based on how many ROBACUS technicians the country trained and their contributions to ROBACUS' productivity. Since ROBACUS, the engine of UCP, is also destined to be the center of production and distribution of basic human necessities around the world. When everyone in the world is adequately fed, clothed and sheltered, who needs money? As the most intelligent entity on the globe, UCP can be made to best solve all the problems caused by the hostile nature of money today, and address the economic health of the world based on humanitarian reasons. In short UCP shall take over most of the tasks of banks and move toward a moneyless society. It would be the place where money exchange will initially be performed and then credits and debts be managed once it becomes fully operational. The next item we had better address fast, before there won't be anybody for UCP to take care of. Naturally, this item is war. So, UCP needs to eventually buy back all the weapons for their destruction and pay off all the dismantling of all military establishments of the world. Humanity will finally get peace with a money printing machine, unlike the one that's being causing wars. Then we need to move from man-made to natural disasters. UCP should become the center for disaster relief. Its computer intelligence should constantly try to monitor and head off any brewing disasters, natural or man-made. Being the most knowledgeable and productive processor in the world, UCP has the right to trade its free-use-by-all offerings to the public with the patents and intellectual properties that are still in private hands. It should pay off all existing patents, and invest in future potential patents, for universal consumption. ROBACUS' ability to farm all the knowledges and experiences of its users is what promise UCP to become the know-it-all and do-it-all library of the world. And finally, on some loose items like international trade, UCP should equalize and subsidize all destructive trade practices and imbalance, and also, based on humanitarian reasons, find long term solutions to mitigate hardships on particular sectors of world population. As a true bonus toward a happy and healthy world, UCP should replace most medical care with fitness programs. Starting with schools, UCP should promote and monitor fitness programs for every kid from a young age, instilling in him that happiness is the reward for proper exercise and, inversely, ill health is a deserved punishment of not taking care of one's own body. A person who doesn't care about his fitness should be deemed as someone who desires a short life span, not medical care. Sorry, all you bleeding-heart liberals. Please go find some other poor suckers to do your own self ego boosting. But check your own fitness, first. And as to how the UCP project could be initiated, one worthwhile project would be for China, Japan and Korea to fund UCP's initial project of buying America military bases out of Asia. This could be done by exchanging the surplus dollar reserves in the three countries with the first batch of the universal money printed by UCP. If UCP could pull this one stunt off, it should be able to do anything. ROBACUS - Robotic Abacus(song lyric) 'Tis waiting. But we are standing still racing. We are trampling over each other. So we're stuck hither to continue to wither. Knowledge is not a benefit, but a misfit. Computer can make everything all fit. We must all share in the profit, 'cos the whole world is linked under one same outfit. We must help each other to work closely together. Open Computing is the one place to gather. Machines have become our brawns. And computers, our brains. If men join them, we will all pray our last "Amen". Computer Intelligence is without match. Fast and furious, no one can catch, to which, we'd better hitch, rather than bitch. Then here come Software Robots, performing tasks and cumulating knowledge. They are jacks of all trades. It's the new labor force! Software Robots 'n Computer Intelligence Make the winning play. Together they make science child play. ROBACUS, heading the entourage, speaks the Natural Language, whose English opens up minds and market strategy. Software Robots hold the knowledge, from which actions emerge. Knowledge and reality now engage. ROBACUS automates software. Software then automates hardware. Poverty, at last, bids farewell without fanfare ROBACUS VIDEOS ON YOUTUBE.COM ROBACUS DEMOS FOR BALL DROP AND SPACE NUCLEAR REACOR DESIGN https://www.youtube.com/watch?v =jzEj6rQOWfU ROBACUS -- RObotic aBACUS, in Chinese https://www.youtube.com/watch? v=nGoMIqJx120 ROBACUS -- RObotic aBACUS, in English https://www.youtube.com/watch? v=_8SqrU4nfeo Video presentations of ROBOCOM, predecessor of ROBACUS ROBOCOM PREFACE -- Robotic Computing https://www.youtube.com/watch?v =aUhNe1l6spc ROBOCOM Overview -- Part I https://www.youtube.com/watch?v =jr91NedvVV4 ROBOCOM -- Overview -- Part II https://www.youtube.com/watch?v =4EKZNTOK6vM ROBOCOM -- Introduction -- Part I https://www.youtube.com/watch?v =QXRn-agiIeo ROBOCOM -- Introduction -- Part II https://www.youtube.com/watch?v =H_XcpqtU6-I 0:03 / 5:18 ROBOCOM Development -- Part I https://www.youtube.com/watch?v =p9X4iS6xW-I ROBOCOM Development -- Part II https://www.youtube.com/watch?v =BNYeaOj-6Ak THE DREAM MACHINE,the ultimate computer game for materialist https://www.youtube.com/watch?v =RmvitF6LEss