Posts Tagged: "IBM"

2016 has gotten off to a strong start for the company as the patent portfolio analysis tools at Innography are showing us that IBM has already earned 1,927 U.S. patents through the first three months of this year. Not surprisingly, much of IBM’s patent activities have been focused on computing devices, data sets, computing environment, storage devices and data structures. Natural language technologies are another area where IBM has pursued recent innovative advances. Likewise, we note a trio of patents recently issued to IBM in automotive and related sectors, starting with the crash damage mitigation technology, technologies for communicating information between vehicles, and enhanced methods of traffic routing involving stoplight timing.

On March 10, 2016 the Federal Circuit sent two Patent Trial and Appeal Board (“PTAB” or “Board”) reexaminations back to the Patent Office. In proceedings initiated by IBM and SAS Institute Inc., the PTAB rejected claims for analyzing investment data in two patents owned by InvestPic LLC. The Board’s ruling turned upon two claim terms: (1) a “bias parameter” that determines a degree of randomness in sample selection in a resampling process”; and (2) “a statistical analysis request corresponding to two or more selected investments.”

The subsea data center operations will be cooled by the surrounding water and designs with turbines or tidal energy systems, which would further reduce electricity costs, have been considered. Although the data center’s aquatic environment is certainly a novel concept, the use of combined heat and power (CHP) plants to provide a cheap, dedicated power supply and temperature controls is being considered more often in recent months.

Alice certainly has dealt a huge blow to patent market, reversing the growth momentum of most market players, big or small. However, the decline in patent sales revenue has significantly decelerated to 5% in 2015, based on the estimated data. Not all segments of IP industry have weathered the Alice storm equally well. Most NPEs have seen their share prices plunging half to nearly 100%. There will be more restructuring and further consolidation in NPE business in 2016.

Despite shrinking revenues, IBM may be able to chart its way back to stability if success continues for its Watson cognitive computing platform, the corporation’s fastest growing division by revenues and one which is proving applicable to a surprising range of industries. To profile IBM’s recent research and development related to Watson, we thought that we’d profile a series of data analytic and predictive modeling technologies for which IBM has been issued patents. For example, the evaluation of medical diagnoses for evaluating predictionaccuracy is detailed within U.S. Patent No. 9,235,808, entitled Evaluation of Predictions in the Absence of a Known Ground Truth. It claims a method to evaluate a prediction that a patient has a given disease by collecting a plurality of clinical data from each patient.

IBM once again has topped the list of annual U.S. patent recipients, receiving 7,355 patents in 2015. This is the 23rd consecutive year IBM has received more U.S. patents than any other entity in the world. More than 8,500 IBMers residing in 50 states and territories and 46 countries are responsible for IBM’s 2015 patent tally. IBM inventors who reside outside the U.S. contributed to more than 36 percent of the company’s 2015 patents.

Innovation in the automotive sector was a huge story, both for the types of technologies being developed and the companies pursuing the R&D in that field. Drones and robotics also played a role in other top patent applications which we’re profiling today. Rounding out our list of top 2015 innovations includes an emotion analysis system for financial security, wireless charging schemes, low-power communications for wearable devices and a greenhouse window that can generate electricity while improving crop yield.

2015 was a truly remarkable year for innovation and we saw major trends in self-driving cars, wearable technologies, digital wallets and much more. I hope you will enjoy this top 10 listing, which includes innovations for providing water in arid regions, wireless charging systems for electronic devices and even the collection and retransmission of sunlight. Of course, as with all of these types of lists, the criteria used for inclusion on this list is subjective, based on my own personal preferences. Please feel free to let us know if you saw something particularly noteworthy in 2015.

Unlike classical computing, which relies on bits that take on values of either 1 or 0 in order to process information, quantum computing relies on qubits. Qubits can take the distinguishable 1 or 0 value, but unlike classical bits, there are aspects of quantum mechanics, which make qubits much more useful in certain applications. One unique element of qubits are their ability to take on a superposition, meaning that a single qubit can be in multiple states at a single moment in the same way that a light can behave as a wave or a particle at the molecular level. Entanglement, or the state in which two qubits can be inextricably linked even when separated by great distances, is another effect of quantum mechanics which has implications for computing. Superposition and entanglement would allow a quantum computer to rapidly perform calculations which could never be completed by a classical computer, such as finding the factors of a number with more than 500 digits, unlocking a new world in data encryption and analysis.

As card-present transactions become less susceptible to fraud because of the shift to EMV chip card technologies, it’s expected that more fraud will shift to online platforms where it’s still relatively easy to input fraudulent financial information without being noticed; some reports indicate that online retail fraud in the U.S. alone is expected to rise by 106 percent in three years after October’s EMV liability shift from banks to business owners. One way that businesses conducting sales online can get themselves ready to respond quickly to fraud is through effective planning prior to major sales events like Black Friday or, perhaps more important when thinking about e-commerce, Cyber Monday. If those workers handling fulfillment of online orders are more aware of expected sales projections, it will help them be more aware of clues that the business might be a target for fraud if actual sales figures differ wildly.

Although some tech companies publishing earnings reports had rockier third quarters than others, performance was very good almost across the board, making now a very good time to be in the consumer or high tech industries. The third quarter of 2015 is the first one for which Google reported its earnings under the name of its new parent holding company, Alphabet Inc. (NASDAQ:GOOG). The early returns are showing that the new structure is a profitable one for Alphabet, which beat analyst estimates for earnings per share (EPS) by almost 15 cents per share. It was a much different story for IBM (NYSE:IBM) of Armonk, NY, when its earnings report missed on the low side of analyst expectations, marking the 14th straight quarter for which the enterprise tech developer has reported falling revenues.

The top two spots on the list of the 100 most valuable brands are occupied this year, as last year, by Apple Inc. (NASDAQ:AAPL) and Google Inc. (NASDAQ:GOOG), respectively. These two companies have held their respective spots since 2013, when both were able to ouster The Coca-Cola Co. (NYSE:KO) from the leading position in the Interbrand study, which it had held since Interbrand began releasing the report in 2000. Interbrand’s top 10 global brands include a collection of Companies We Follow often here on IPWatchdog, including 4th-placed Microsoft Corp. (NASDAQ:MSFT), 5th-placed IBM (NYSE:IBM), 7th-placed Samsung Electronics Co. (KRX:005930), 8th-placed General Electric Company (NYSE:GE) and 10th-placed Amazon.com, Inc. (NASDAQ:AMZN).

Just a few months after establishing this health and wellness cloud platform, IBM has secured its first Foundational Life Sciences partner for Watson Health in Teva Pharmaceutical Industries (NYSE:TEVA) of Petah Tikva, Israel. Statements from senior Teva officials indicate that the world’s largest manufacturer of generic pharmaceuticals will use the personal health cloud to connect more directly with physicians and patients and enable individualized treatment optimization options. It’s hoped that the Big Data tools available through IBM’s Watson analytics will be powerful enough to help Teva and others come up with more effective treatments for the millions of people worldwide suffering from chronic health conditions such as migraine, asthma or neurodegenerative diseases.

IBM cloud computing technologies span an incredible scope of solutions for data analytics, enterprise apps, human resource management, marketing and even gaming. By the end of 2017, about half of all large enterprises are expected to have hybrid cloud deployments operating. IBM holds a great many U.S. patents in the cloud computing sector, receiving 400 cloud computing patents thus far in 2015 and a total of 1,200 patents issued by the U.S. Patent and Trademark Office over the past 18 months.

IBM is involved with the development of medical technologies for fields other than oncology, as is evidenced by the issue of U.S. Patent No. 9064306, which is titled Bidirectional Blood Vessel Segmentation. The method for segmenting blood vessels protected here involves receiving an angiogram frame, processing the angiogram frame by applying a Butterworth bandpass filter to suppress high and low frequency background noise, performing both bottom-up filtering and top-down segmentation of the angiogram frame and repeating that process until the results of the top-down segmentation from consecutive iterations equals or exceeds a threshold value. This process is useful for the analysis of angiogram images captured through cardiac catheterization as it can reduce the amount of feedback noise in those images.