Business Management

What is USPTO Global Dossier?

The UPSTO Global Dossier is a portal to accessing application data from the “IP5” global patent patent offices. Global Dossier functions include: Streamlined applications to multiple international patent offices. Streamline application data access from multiple international offices. Global Dossier integrates with the “IP5” (USPTO, EPO, JPO, KIPO, SIPO) and WIPO The IP5 is comprised of the U.S. Department of Commerce’s United States Patent and Trademark Office (USPTO), the European Patent Office (EPO), the Japan Patent Office (JPO), the Korean Intellectual Property Office (KIPO), and the State Intellectual Property Office of the People’s Republic of China (SIPO). Allow applicants to file a patent application to global patent offices through a single portal. Reduce redundant processes associated with global cross-filing Monitor application process across all offices in a single portal Online access to documents and legal action history of applications Search global patent families Watch the demo below on how to access the…

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Sources of Patent Data

USPTO and Reed Tech Public Dissemination of Data Contract Update After seven years of service, the Public Dissemination of Data (PDD) contract between the United States Patent and Trademark Office (USPTO) and Reed Tech will officially end on June 25, 2020. Sources of Patent Data 1. USPTO self-hosted bulk data The USPTO bulk data-sets for grants and applications come in several versions including: only PDF files, full-text (with and without TIFF images/drawings), and only bibliographic front-page data. The USPTO Gazette bulk files contain notices in each issue which provide important information and changes in rules concerning both patents and trademarks.  The USPTO Cancer Moon Shot data-set is a collection of consists of 269,353 selected patent documents with the purpose to reveal new insights into investments around cancer therapy research and treatments and increase the pace of cancer research. A USPTO bulk-data parser that will download and parse the data files…

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If  you find it hard to believe that a company such as Apple, Microsoft, or Google might intentionally leave their users exposed to blatant security flaws such as allowing apps to steal the data on your mobile device clipboard, good luck in kindergarten this semester because you must be 5 years old.  Major corporations now have the art of turning their customer’s vulnerability into profits, and henceforth we shall constantly being abused by these tyrannical titans of tech. Those of us in the ultra-paranoid computing demographic of IT security freaks are constantly having to squeegee our brains off the wall from having our minds blown by news of egregious security flaws that seem to gaslight the corporation/client relationship.  For example, why would Apple feel the need to ask my permission to send analytics metrics from the phone to improve it’s function, but NOT ask me if they could share the…

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A final word about the CNT disruption

In order to assess the ability to respond to the disruption of CNT technology, I have prepared a box score for vulnerability to potential disruptive threat assessment below. The resulting conclusion is that costs are the biggest factor affecting the semiconductor industries ability to react. As mentioned in question 1, the high costs associated with R&D and manufacturing in the semiconductor industry means that current facilities need to be planned well ahead of time. Uncertainty, risk, and complexity also make semiconductor road mapping tricky business. Box Score for vulnerability to disruptive technology threat – Semiconductor Manufacturing Firms Denial – 0 History – 0 Resistance to Change – 0 Mind Set – 0 Brand – 0 Sunk Costs – 10 Profitability – 10 Lack of Imagination – 0 The factors I will discuss therefore are: (1) costs and (2) uncertainty. Sunk costs problem implies that firms will not want to migrate…

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Data Analysis in R – Setting Loan Interest Rates

The following chart is the result of a data analysis of loan data for 2500 peer lending loans. The caption at the bottom explains the analysis results. This analysis was performed for the course: Data Analysis from Johns Hopkins University offered through Coursera. So far, it is a great experience. Figure Caption: All of the non-FICO factors that had significant ANOVA p-values are included in the stand-alone figure. Those factors are: (1) loan length, (2) amount requested, (3) amount funded, (4) debt to income ratio, (5) loan purpose, and (6) home ownership. In all charts, interest rate is shown on the Y-axis. Charts 1-3 depict factors confirmed to have significant impact on interest rates using a Tukey-HSD test, while figure 4-6 show factors that had significant ANOVA p-value, but were then determined to have an insignificant impact on interest rate. The overall correlation between FICO score level and interest rate…

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More about the CNT Disruption

The industry I have chosen to investigate, and claim will be a big disruption in the future – although it isn’t poised for market yet – is the carbon nanotube (CNT) processor. Carbon nano technology was highlighted as a disruptive technology in a May 2013 report from McKinsey Quarterly (Manyika, 2013). The reason I believe it will be disruptive is because carbon nano processors have the potential to be much more energy efficient and compact (per processing capacity) than silicon based transistors. The infamous Moore’s Law has accurately predicted the improvements of silicon based semiconductor technology since it was stated by Moore in 1965 (Moore, 1965). While 9nm silicon chips are manufactured today, the the inherent quantum limitations posed by silicon-based semiconductor technology threaten to cause the development pace to drop below Moore’s expected level of improvement by 2020 at the 7nm scale (Merritt, 2013). On the other hand, a…

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In order to ‘catch the wave’ of CNT technology, firms in the semiconductor industry will need to morph their business model to accommodate competition and new opportunities. The reason that I say “morph” the business model, instead of radically change it, is because the shift to CNT from silicon is not here yet, it is a long process forthcoming, and the shift will entail many years of extensive forecasting and planning. The stakes are high for semiconductor developers and manufacturers, so a careful balance between maintaining strong revenue streams, and investing it into R&D is more realistic strategy than a ‘flip the switch’ type of strategy. Although it is less likely that a new player will suddenly emerge onto the field and eat lunches (like Netflix is doing in online media) because of the high barrier to entry, patent activity should be carefully monitored and assessed to judge the relative…

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Why Netflix has kicked ass

I propose three main reasons for Netflix rapid growth: (1) broad device and software architecture support, (2) contracts with top content producers, and (3) optimal timing with respect to scaling, product deployment and technology road mapping. I will outline the ways these three factors have contributed to Netflix growth below. 1. Broad device and software architecture support Netlflix supports a huge range of devices and operating systems. The astounding list includes: Windows and OSX, , ChromeOS, iOS, Android, and Windows Phone, Amazon Kindle, and Nook, which pretty much rounds out the entire PC, notebook, smartphone, and tablet markets. Netflix was also able to secure streaming capabilities in a wide array of Blue-ray players, and smart TV’s and set-top-boxes. Once you include XBox, Playstation, Nintendo Wii, 3D, WiiU, TiVO and Boxee, it’s hard to find a digital device that doesn’t support Netflix. Forbes reports that Playstation is the most used device…

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