Bjorn Gruenwald

Bjorn Gruenwald is an inventor and businessman. He established Advanced Computer Applications, Inc. in 1982, and is also CEO of InMentia - a small but advanced technology firm. Like many other modern day inventors his work is in the field of computers and data systems. In developing innovative new ways in which to handle big data. For the past three years this has been his focus, and has lead to the growth of his reputation as a strong influence within the world of systems technology. Inventors must always work in the aim to solve problems by thinking outside of the box, and it is certainly something that Gruenwald has strived to do throughout his career.

Having long sustained a fascination with the processes of information control in software, Bjorn Jens Gruenwald earned an cross disciplinary Doctorate of Philosophy in Systems Engineering, Bioengineering, and Medicine. While the knowledge and skills lead him to this career path, it is his business know how that will ultimately make him a success. It is vital for any inventor to patent their ideas wherever necessary, and InMentia currently owns several patents. They are the only thing that will provide exclusive rights on the use of the invention, for twenty years after application date. This makes the product far more marketable and profitable, reducing competition and proving worth and value. For Bjorn Gruenwald, the creation of the Hilbert Engine demanded protective rights so as to prevent copying.

Bjorn Gruenwald also did this because in the long run it means a much higher return on the investment. Having already invested a substantial amount of time and energy on the invention, it is important to commercialize the product. These rights can then be sold or licensed on to another enterprise, if you wish, which can also prove a lucrative venture. In terms of negotiating business deals, a patent portfolio increases bargaining power. There is the possibility of course of trading intelligence's by way of patents with other enterprises.

The fact that in 2016 humanity has reached a technological point where computer systems are now small enough to be carried in our palms to be used for hours on end is still often astounding. Computer advancement has come exponentially far even in the last five years, and artificial intelligence and automated systems are set to further develop to immeasurable uses in the near future. The computer’s origins actually hark back to 1890, when Herman Hollerith designed a punch card system in order to aid the calculation of the 1880 census - which reduced the task by years and saved the government millions of dollars. He went on to establish the company that we now know as IBM.

Computers now form the backbone of our everyday lives and processes, indeed the fear of the potential crisis that could have been Y2K showed just how much civilization relies on computers. Since then they have become increasingly essential to the individual and corporations. B J Gruenwald is a modern day inventor whose work focuses on advancing data organization systems. Although his inventions and contributions to the advancement of current data analysis methods, his inspiration harks back to the times of the earliest computing systems. Taking inspiration from David Hilbert, Gruenwald’s Hilbert Engine incorporates his mathematical contributions to functional analysis thought in his system’s computations. Gruenwald has gone on to become founder of his own small technology company, InMentia, and his work spans across disciplines of system engineering and bioengineering.

The field of computer technology is so diverse and intricate that it remains highly competitive, yet appealing to so many ambitious young students of today. In 2015 ‘The Imitation Game’ brought to popularity the notions of Alan Turing, and his remarkable Turing Machine - developed during the Second World War. The central concepts of Turing’s theories serve as the foundations upon which modern computers were built. Although his personal story is tragic, the remarkable effects of Turing’s work on today’s world would have been unimaginable even for him.

Bjorn Gruenwald is not a newbie to the process of creating inventions, as he has been doing it for years and has done so very successfully. During the time when he began inventing the only way to secure monetary support and to get a product on the shelf was through running his own business or by patenting his product and then licensing out to a big company to manufacture and sell. Today this process has been largely innovative and has taken a new approach, which is crowdsourcing. Some of the two main platforms for crowdsourcing are Edison Nation and Quirky. Some of the common variables include, that the inventors essentially are just one part of the crowd, the crowd will introduce several ideas and submit them, the ideas that seem to have the most potential will move on to further development, which is generally done by the choice of the company or by a vote of the crowd, and lastly the inventor will receive some sort of royalty commission for their product which is dependent on the success of it.

There are several benefits to using crowdsourcing platforms but there are also some costs. One of the reasons why people like the option of crowdsourcing so much is its’ affordability. Generally depending on the crowdsourcing platform you use it will not cost any money to submit some of your ideas. All it takes is for your idea to be chosen. This means that you are saving a ton of money on production and manufacturing of your idea. This serves as a great option for people who have great ideas but do not have the means to bring them to fruition. Other advantages to this are that it is relatively low risk and requires minimal effort. The company in particular doesn’t have anything to lose by hosting the platform, if anything they have a sea of things they can choose from, with no initial fees. Also in regards to it not requiring much effort, all you have to do as the inventor, is come up with an idea that will be chosen.

Bjorn Gruenwald has been inventing for over twenty years. He received his first degree in electrical engineering from the University of Sweden. Bjorn then went on to receive his Master’s in Science degree in systems engineering and sciences from the University of Pennsylvania. After both of these degrees, Bjorn continued to learn and expand his knowledge with a PHD, which was a combination degree from the departments of: Systems Engineering and Science, Bio engineering, and the School of Medicine department. Not only does Bjorn have extensive education in his field, but he also has the relevant experience to back it up. He founded a company called, Advanced Computer Applications Inc. and was also one of the founders of InMentia. He has successfully learned what mistakes to avoid being an inventor.

Newtown, Pennsylvania’s Bjorn Gruenwald, invented the Hilbert Engine and its associated technology. As Chief Technology Officer and Senior Vice President, Bjorn is responsible for continued research and development for InMentia, Inc. His attention focuses on the development of a new information analysis technology based on advanced mathematical methods.

With Hilbert Engine, enterprises can sove manz applied data storage, retrieving and management issues in real-time. Hilber solutions are either ready to use or packaged as a set of tools or components plus services industry or business process challenges. It makes it practical to capture information and concepts in real-time from a myriad of data stores and data sources.

Hilbert Engine has two business process solutions first is Hilbert ExploreCRM and Hibert ExploreProcure. It anamyze the unstructures data like quotes, sales-orders, invoices, contracts, etc. in text format. It also analyze unstructured data like PO requests, purchase orders, delivery notes, quality data, Vendors, etc. in tex format. Hilbert ExploreCRM and Hibert ExploreProcure consolidates distributed data and databases, re-classification and data cleansing, analysis of product, product line, sales area, salesmen, etc.

The second business process solution is called Hilbert MasterData, it is the unification of standardization and consolidation of data from various sources, re-classification and data celasing, data quality management and data governance and rules management. Hilbert Engine also has various data exploration solutions such as Hilbert Quantum Text, it is a ready to use enduser product that analyse solutio for unstructured data, it searches with drill down capabilities and categorization, scoring and affinity calculations, and it is highly scalable to millions of documents and support for different text file types like MS Word, Power Point and Excel as well as Adobe PDF, XML, HTML, MS Outlook Emails, etc.

Hilbert ExploreDoc datamines and analyse solution for unstructured data and it supports for different text file types like MS Word, Power Point and Excel as well as Adobe PDF, XML, HTML, MS Outlook email, etc. While Hilbert ExploreData datamines and analyse solution for structured data and supports for different and distributed databases like Oracle, SQL, Access, etc.

To beat the repressions in the traditional data examination rationalities, Bjorn  Gruenwald, a creative inventor from Pennsylvania, has made a remarkable framework for understanding and working with the information. A way that is so consistent for the machine that a sweeping part of the overhead found in standard DBMS has been completely wiped out. The outcome is less overhead, and an extraordinary augmentation in the pace of the investigation. In one application, for example, a report that took days to make is immediately done is minutes. An examination of six million records against six million different records, inferring thirty six trillion, which was considered as “not viable”, is now completed under one second by the unique Hilbert Engine developed by Bjorn J Gruenwald. You can click Bjorn Gruenwald in New Town, PA | Intelius.com for more information about him.

Highlighted below are a few of the many striking characteristics of the sophisticated Hilbert Engine: 

• All information, including text, is conveyed as single whole number entities.

• Progressed numerical routines are connected openly.

• Information is shaped as vectors and tensors, giving the information spatial affiliation.

• It works a lot speedier than the customary frameworks.

• Since all information is quantitative, the technique for indexing is not needed.

• Sorting is finished rapidly.

• Extremely Rapid Application Development (XRAD) tools are utilized to give rise to new functionalities.

This is the result of the incredible understanding of Bjorn J Gruenwald. He understood that the information is intrinsically separated from data in relationship, then again, not from information that has been dismantled into differentiated parts and loaded, as is typically done in the present day’s usual information analysis structures. 

The progressive innovation of the Hilbert Engine by Bjorn J Gruenwald is designed to understand a streamlined scripting language called the Hilbert Script. This scripting language is particularly formulated to be easy to use so that the clients of the Hilbert Engine can comprehend it and apply it to get the wanted results.

Notwithstanding the update of information stockpiling and examination in Hilbert Space, the Hilbert Engine by the great inventor Bjorn Gruenwald improves the rate of CPU, RAM and disc access through different types of optimizations. These are given as follows:

CPU Optimization- This execution upgrade is trademark of the Hilbert Architecture, fulfilled through the element application of numerical systems in the course of action of adroit machines. Hilbert CPU improvement incorporates bypass OS of a gigantic part of the operating system and also adequately distributes the processing load over the Hilbert Network. In this step, a whole word in a solitary CPU cycle is veered from a number in standard ASCII-content administration.

RAM Optimization- Such headway is a result of bypassing a large portion of the operating system, which distributes any related OS RAM usage.

Bjorn J. Gruenwald is an inventor and scientist who is acknowledged for his achievements and inventions.  One of the most remarkable inventions of Bjorn Gruenwald is the Hilbert Engine. Bjorn has introduced a completely new standard in order to transform the data into information. Hilbert Engine unravels the intricate problems that are faced in relational database and are practically impossible using traditional database technologies. The Hilbert Engine acquires data from external sources and creates discrete functions.  

Pennsylvania based Bjorn J. Gruenwald attained the degree of Electrical Engineering from Sweden. After completing his degree, he obtained M.S. degree in Systems Engineering and Science from the University of Pennsylvania. With the joint program accomplished by the Systems Engineering and Science Department, Bioengineering Department, and the School of Medicine, Bjorn accomplished his doctoral course work for a Ph.D. degree. 

Bjorn Gruenwald is a Inventor who is well-known for his vast knowledge in the field of science and software engineering. He is highly praised  for his invention of Hilbert Engine. Hilbert Engine is optimized for ultra high-speed data handling and does data analysis in seconds instead of hours or even days. It transforms data from source databases into the data’s original format without imposing any restrictions or re-formatting rules.

Bjorn Gruenwald founded Advanced Computer Applications, Inc., in 1982. As a CEO and CTO of Advanced Computer Applications, Inc., Bjorn was credited for the design, development and commercialization of full integrated decision support and industrial data management systems. After successful development of the systems, these systems were applied to various prominent companies as E.I. DuPont, Chrysler Corporation, Bristol-Myers Squibb, Procter & Gamble and the Trigen Corporation.

Bjorn Gruenwald has successfully acquired his Degree in Electrical Engineering in Sweden and his M.S. in Systems Engineering and Science from the University of Pennsylvania. He completed his doctoral course work for a Ph.D. degree in a multidisciplinary program conducted by the Departments of Systems Engineering and Science, Bioengineering and the School of Medicine. He wrote a research paper on intelligent information and control mechanisms in living organisms: “The natural Basis of Contractile Phenomena.”

Bjorn J Gruenwald is a creative individual who is known the world over for his out-of-the-box thinking. He gained the limelight when he invented the Hilbert Engine and its connected innovations. He is also the proud founder of InMentia, a popular firm based out of Pennsylvania. As the Chief Technology Officer and Senior Vice-President, he is accountable for taking care of the inventive work for this extraordinary firm.

While researching a highly troublesome database migration issue, Bjorn Gruenwald characterized an exceptionally new technology for overseeing information in a database. The result epitomizes measures of cutting edge arithmetic in advanced “information motor” that extracts the useful information from unstructured data at a very high speed as compared to routine frameworks.

InMentia decided to name this new data engine by Bjorn J Gruenwald as the “Hilbert Engine”. It was done to pay tribute to one of history’s most regarded mathematicians, David Hilbert, whose disclosure of a boundless dimensional space is commonly known as the “Hilbert Space”.

The Hilbert Engine utilizes a limitless dimensional numerical environment to manage all information, disposing of the overhead related to the majority of all other useful database advancements. The Hilbert Engine has two principal parts, the Hilbert Processor and the Hilbert Space; it underpins all operations key to access, control, store and survey data inside the Hilbert Space.

Bjorn Gruenwald is one individual who is known to have an innovative mind. He had set up an association titled Advanced Computer Applications, Inc. in the year 1982, in which he served as a CEO and CTO. While dealing with the operations of this business venture, he was responsible for the effective outline, advancement and commercialization of completely incorporated decision support and mechanical information administration frameworks.

Bjorn J Gruenwald is the designer of “System and Method for Organizing Data” which concerns with depicting a procedure and method for organizing unstructured data from one or more sources. In this, the content of the raw data is changed over into a suitable number skeleton and set away in a setting that supports the usage of compelling experimental operations. The number system is chosen to handle each of the diverse parts, characters, or other representative indicia found in the unorganized data.

He is an astute innovator who has made a “System and Method for Translating Languages Using an Intermediate Content Space” which is a structure and an approach used for deciphering languages utilizing a transitional content space. This creation identifies with directing content expressed in one or more languages and all the more especially to a methodology and technique for unraveling languages making use of an intermediary content space.

Bjorn J Gruenwald is the inventor of the Hilbert Engine. He chose to make this fantastic motor with an intention to annihilation the limitations of standard arrangements, which include distributing a subjective number to an information field that prompts a complete loss of the semantic data. It must be understood that without setting, there is all around less data to be found from a query. Despite the way that they risk losing the connection oriented data, trying to process content without indexing would be so time concentrated using the old techniques that it would be unfeasible, even with the forces of supercomputers. This reveals that standard advancement is defied with a situation, the choice between two distinct phenomena: rate and loss of context, or context and loss of speed.

The Hilbert Engine made by Bjorn Gruenwald, together with parts of the Hilbert Architecture, which are the Hilbert Space and Network, offers a feasible solution to the issue resisted by standard BI settings, which is that the speed and data connections are in an extensive manner disengaged. It moreover grasps the five major difficulties in ultra quick execution investigation: combining scattered information from diverse sources, a speedy examination of information, post-utilization adaptability and the application of numbers to attain a quick paced and successful execution.

Bjorn J Gruenwald is a creative individual whose inventive attempts have led to some of the most striking inventions. Three widely acclaimed inventions by him are given as follows:

Self Similar Processing Network: He has given birth to this interesting system which is concentrated around an idea that self comparable processing by unit handling cells may deal with an issue all together. A unit-processing cell may join a processor, a memory and different Input/output (IO) channels coupled to the processor. Most of the IO channels may be used to couple the unit-handling cell with a dominant part of other unit processing cells.

Bjorn J Gruenwald expresses that the content included in a language stream communicated in a first language is changed into the resultant content pointed out in a second form, by changing the content included in the language stream in the first type in intermediate content, and changing the said center content in the content space into the relating content conveyed in the second language.

Bjorn Gruenwald from the United States of America is the incredibly famous holder of exceedingly respected Electrical Engineering degree from Sweden and has likewise obtained a M.S. Degree in Systems Engineering and Science from the celebrated University of Pennsylvania. He is a Ph.d. holder, which he acquired through a united program directed by the Systems Engineering and Science Department, Bioengineering Department, and the School of Medicine.

In December of the year 1982, Bjorn J Gruenwald took a lead step towards technological advancement by establishing an association titled “Advanced Computer Applications, Inc.”, prominently known as ACA, which was started with a focus on the change of machine development and applications. Prior to that, he was the President, of a same named association in New Jersey. Amid the 1980’s he was designated as an independent contractor for Alpha Press, Inc. (“Alpha”).

Bjorn Gruenwald is a person with exceptional business understanding who was also selected and remained the President of ACA’s Board of Directors from the time of 1983 through 1992. The ACA’s starting center was on the change of computer applications and programming for its clients in the control process and shop floor control industry. Not long after its beginning, ACA made a programming language, ACA/L, which it used as a part of its shop floor control business. Each client went into a grant concurrence with the ACA for its application of ACA/L.

The revolutionary invention of the Hilbert Engine by Bjorn Gruenwald works on a streamlined scripting language called the Hilbert Script. This scripting language is exceptionally user-friendly so that the customers of the Hilbert Engine can understand it and apply it to get the desired results.

Despite the upgrade of data storage and investigation in Hilbert Space, the Bjorn Gruenwald’s Hilbert Engine optimizes the rate of CPU, RAM and disk access.

CPU Optimization in Hilbert Engine- This performance enhancement is trademark to the Hilbert Architecture, accomplished through the dynamic application of numerical frameworks to the arrangement of intelligent machines.

Hilbert CPU optimization includes three essential things:

1. Bypass OS of a huge share of the operating system.

2. Scatter Load- Distribute the processing load over the Hilbert Network.

3. Process Load- An entire word in a single CPU cycle diverged from a substantial number in standard ASCII-content management.

RAM Optimization- Such advancement is a consequence of bypassing most of the operating system, which apportions any related OS RAM utilization.

Pennsylvania based Bjorn J Gruenwald is an exceptionally creator whose inventive tries have given birth to probably the most fantastic creations of the present world. He is the inventor of the very useful Hilbert Engine and a huge numbers of its connected advances. This framework offers a plausible and suitable answer for the most troublesome and complex tasks connected with the databases.

Some of the striking features of the Hilbert Engine developed by Bjorn Gruenwald that make it extraordinary and unique are given as follows:

No perplexing up-front (ETL) procedure of compelling all data into a fixed arrangement and fundamental structure.

The advanced scientific calculations used in Hilbert Engine developed by Bjorn J Gruenwald guarantee rapid information access and analysis.

It encourages impromptu inquiries without the need of re-indexing.

Low cost of ownership.

Snappy real-time advantage.

It disposes of the requirement for pre-cleansing, de-duping or format change as all information can be stacked without performing these tasks.

There are no information load limits for examination and reporting.

It offers remarkable end-client adaptability in making custom reports and examination.

It gives outstanding approaches to analyze the information.

Information can be seen as a coordinated whole due to the backing of multi-information store transforming situations.

Bjorn Gruenwald’s Hilbert Engine has striking information-merging capacity with least intrusion of operational databases.