Science-Counter Inc (SCI) is a research and product development company and An Artificial Intelligence Laboratory. SCI, since its official inception (2008), has been involved and working towards constructing a Consistent Theory of Artificial Intelligence as a Scientific Discipline and introduction of new products and services.
Towards Trustable Artificial General Intelligence
A Breakaway AI Paradigm™
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Towards Artificial General Intelligence
Science-Counter Inc (SCI) is using its breakaway proprietary technology to provide services and products in the following categories:
Knowledgeable Machines
In today's economies, human activities are built around knowledge workers, who are to be knowledgeable in their practice. These knowledge workers are scarce resources, expensive and limited.
A mechanic diagnosing a malfunctioning component accurately; a lawyer pinpointing the relevant legal code;
or a medical doctor who detects cancer early, are all considered knowledgeable practitioners.
Furthermore, it has always been desirable to augment and assist human experts, with the tools and machines, to perform their job more thoroughly and effectively. Such machines should
possess a knowledgeable person's attributes such as possessing real knowledge of the field and certain level of cognition. Apparently, a technology to build such machines, falls into
the realm of artificial intelligence (AI).
Artificial Intelligence aims to assist us humans to perform such activities much faster at lower expenses.
The AI utilises information processing power of currently available data
processing devices, which are a lot superior to that of humans, and practically their unlimited lifespan, combined with enabling and sound theoretical formulations and algorithms to achieve this goal.
It can be argued that Knowledgeable machines are the genesis of building
any artificially intelligent systems/beings with real utilities. Learn more..
Autonomous Intelligent Beings
Intelligent systems and applications/features of interest in the industry and people’s life comprises: control systems, autonomous systems, autonomous moving systems, decision making, content generation, question answering, knowledge discovery, and investigation of bodies of knowledge/data. These features, applications and systems are all modeled, architectured, and implemented as systems comprising at least one state navigator, in which the systems will respond in various forms in response of an input query or set of data wherein a machine or a system changes its state from a current state to a next or a future state. Methods are given to enable the systems to navigate through spaces either physical spaces and/or a state space. Learn more..
AI Assisted Medical
Medical knowledge is vast, yet the true medical knowledge is scarce. Artificial intelligence (AI) is being increasingly utilized in the medical field to help improve patient care and streamline various processes. One way it is being used is through the development of diagnostic tools that can analyze medical images and identify abnormalities that may indicate a specific condition or disease. This can help doctors to make more accurate and faster diagnoses, particularly in cases where a condition may not be immediately apparent. AI is also being employed to analyze patient data, including electronic medical records, lab results, and other information, to identify patterns and predict outcomes, allowing for more personalized treatment plans. Additionally, AI is being utilized to assist with administrative tasks, such as scheduling and insurance processing, which can free up healthcare professionals to focus more on patient care. Learn more..
AI For Genetics
Experts anticipate that effective treatment outcomes can be obtained if genomic information that leads to treatment is obtained through testing. Artificial intelligence (AI) has the potential to greatly enhance and accelerate genome research, providing insights and solutions that may not be possible with traditional methods. Using AI in genome research is its ability to analyze and interpret vast amounts of data quickly and accurately. This can allow researchers to identify patterns and correlations that may not be immediately apparent. Overall, the use of AI in genome research holds great promise for advancing our understanding of genetics and improving human health. Learn more..
AI for Automatic Content Generation
Currently human knowledge and the information produced by humans in the forms of text, audio, video, or multimedia content, are stored in vast repositories of corporate data centers, digital libraries, search engines, and storages of individual computer servers. The only effective tool at the disposal of a knowledge seeker professional for attaining knowledge or information is the service of search engines that provide a great many number of webpages and documents related to a keyword and a subject matter.
However investigating such large number of webpages, forming a large body of knowledge, by human consumers, to gain the real knowledge from the collection of webpages, are not an easy undertaking nor can it be thorough. It would be deasiable to have knolwdgeble systems/machines that can help us human to investiagte such bodies of knowledge or data and provide us with the real, necessary, and significant knowables. The current automatic content generation method and systems are not able to preserve the context and substance, nor can they represent the real significant essence of a body of knowledge.
Some really advanced generative systems, although truly impressive, also suffer from lack of credibility and reliability of the content that they produce. Learn more..