Posts Tagged ‘Science’

Software company receives national science foundation grant for fraud research

July 12th, 2010

The National Science Foundation has awarded a $150,000 Small Business Innovation Research grant to accounting record analysis software company AuditMyBooks to assess the feasibility of predicting fraud in small businesses.

The research proposal suggests that fraud prediction may be possible by analyzing small-business financial data with advanced statistical analysis. It also will enable AuditMyBooks to extend its current Analyzer product line, which automatically scans accounting systems to detect errors and fraud.

The Association of Certified Fraud Examiners estimates that organizations lose 5 percent of their revenues to fraud, and companies with less than 100 employees represent more than 30 percent of all fraud cases. ACFE research also shows that small and midsized businesses suffer the highest median losses of any sized company at nearly $150,000 per occurrence.

“In many cases, businesses affected by fraud are forced to lay off employees, stop payments to suppliers, reduce quality levels or cut other vital spending in hope of recouping losses,” said AuditMyBooks chief executive Steve Bachman. “In the worst cases, companies may even be forced to close.”

The NSF SBIR Program aims to increase the incentive for small firms to undertake scientific or engineering research with a great potential economic payoff. SBIR grants are a form of R&D funding provided by 11 agencies of the federal government.

Source:http://www.webcpa.com/news/Software-Company-Receives-National-Science-Foundation-Grant-Fraud-Research-54915-1.html

Software patents and the science advisor

May 5th, 2010

In your May 4 story, “Battle over patents,” you state that New Zealand has taken the role of David and imply banning patents for software is a good thing. But whether or not software patents are a good thing depends on how the question is framed.

If you frame it by saying that Microsoft have made extensive use of patents to gain dominance in the software market, the reaction is that they are bad.
But if you frame it by pointing out that last year i4i, a small Canadian company, was awarded US$200m after successfully suing Microsoft for infringing i4i’s software patent then maybe they are not so bad after all.

In your May 5 story, “More spending on R&D needed: science adviser”, you reported on the evidence of the Chief Science Advisor to the science and education committee. In addition to advocating more spending on research and development, Sir Peter Gluckman also advocated that government policies should be supported by evidence-based, peer-reviewed and robust advice.

The Patents Bill currently before Parliament is a perfect case study illustrating why he is right.
The Patents Act 1953 has been in force for 55 years. The Patents Bill making the biggest changes since 1953, is based on policy developed from within the Ministry of Economic Development starting about ten years ago.

The policy development process involved circulating a discussion paper that set an agenda by asking questions along the lines of, “What do you think about this idea?” All the ideas were those of the MED policy advisors.

The overriding theme was this: 90% of patents are granted to foreigners; the benefits of these flow overseas; how can we limit this flow by making patents hard to get while still meeting our obligations under the relevant international treaties?

The public submissions were considered and the relevant ministers were than told that there had been a robust consultation and a Bill was drafted. That Bill is now awaiting the final rights before being passed into law.

The new law will make getting patents more expensive and prohibit patents for medical treatment and diagnosis as well as software. Sir Peter later advocated (this time to the health committee) updating the role of the Health Research Council in funding more research in the healthcare sector, particularly in clinical research; but the Patents Bill bans patents for inventions that might be made as a result of that research.

On April 22, the MED posted on its website a study it had commissioned from Uniservices asking what the link was between intellectual property and innovation and growth. In other words, MED commissioned an evidence-based study of what should be the basis for the policy underlying patent law and then published it three weeks after the last chance for public comment on the Bill.

Not only was the cart before the horse – the cart was half way into town before the horse was even out of the stable.

And what did the Uniservices report say? On pages 33 and 34 it concluded that patents facilitate partnerships between inventors and financial backers. They are particularly important for New Zealand, which relies on both foreign technologies and markets for domestic innovation. There is considerable evidence that the IP system facilitates both technology transfer and encouraging foreign direct investment in innovation.

The Uniservices conclusion is just about opposite to the MED policy driver behind the current Bill – patents are to be discouraged because their benefits will flow overseas.

And what of the software ban? Well, the select committee has had a bit of a bob each way. The amended Bill bans patents for “computer programs.” But the explanatory note says their intention is not to ban patents for “embedded software” – and then says trying to define the difference between the two was too hard, so the intellectual property office should be left to draft appropriate guidelines.

The Uniservices report says that its survey showed that there was a general awareness of intellectual property, but that awareness was not matched by an understanding of what IP was or its role in progressing science from the lab to the market place.

On the evidence of the Patents Bill, it looks like the policy advisors and the select committee fall into the aware rather than the understanding camp. If there is a national standard for policy advice – they could do a lot better.

Source:http://www.odt.co.nz/opinion/your-say/104714/software-patents-and-science-advisor

Introducing the new olympus cellsens life science imaging software

April 22nd, 2010

Olympus has today introduced the new cellSens software for life science imaging applications. Consisting of three different packages: cellSens Entry, cellSens Standard and cellSens Dimension, all user requirements can be met with ease. Incorporating a unique user-definable interface, the imaging process can be personalised from start to finish, for complete control over the entire experiment.

As a result, only the required tools are present at each stage, enabling everyone to image with ease, regardless of experience levels. Furthermore, each package integrates seamlessly with Microsoft Windows and Office programmes, making the advanced functionality of the Olympus cellSens family extremely user-friendly.

cellSens Entry

With the ability to perform simple image acquisition and documentation, cellSens Entry is ideal for basic image capture. The unique customisable interface provides complete control over a range of Olympus digital cameras to obtain live images in a number of formats, including AVI movies. Users can therefore capture the image they require, with ease.

The cellSens Entry package can perform straight-forward post-capture processing such as light intensity and white balance adjustments, and its layers file format enables the addition of arrows and annotation text without affecting the original image channels.

cellSens Standard

Building on the concept of cellSens Entry, the cellSens Standard software enables more advanced image capture, including time-lapse TWAIN acquisition. With advanced hardware control, processes such as objective and filter changes, focusing and internal shutter control can all be motorised, enhancing the user’s ability to precisely manage the acquisition. Supplied with extended geometry functions, images are easily manipulated via mirroring, rotation, resizing, cropping and channel shifting.

Creating additional flexibility, cellSens Standard can also convert bit-depth and colour-space settings to meet the capabilities of the computer system as well as the requirements of the application. Further image processing tools are available for contrast adjustment, smoothing (lowpass), image sharpening, as well as noise and shading correction.

Increasing this versatility, the software can also process multi-dimensional images for extremely accurate depiction of sections through a tissue by manipulating channels as well as combining or extracting specific frames. Within the images, interactive measurement functions can be executed on a separate image layer. Extracted numerical values such as size, distance or area can subsequently be exported to Microsoft Excel for in-depth statistical analysis.

cellSens Dimensions

Designed to offer the control and processing requirements for microscope-based experimental systems, the cellSens Dimensions software provides a broad range of advanced features as well as specialised, optional solution modules. It is possible to successfully conduct a range of complex and highly sophisticated experiments, from extended focal imaging to multiple image alignment and multi-position imaging.

In addition, live images can be transferred directly to the web using the netcam functionality, enabling rapid discussion with colleagues, wherever they are in the world. With the ability to control a wide range of Olympus and non-Olympus hardware, , advanced and precise time-lapse experiments can be conducted.

On the resulting time stacks, kinetic analysis and threshold based object analysis are possible. Once data has been obtained, the unique report composer uses Word templates to generate user-defined reports that retrieve images and data directly from the cellSens database.

Solution modules

A series of optional modules enables the user to further expand functionality. For example, the multichannel 5D solution enables the automatic acquisition of images in five dimensions: X, Y, Z, multi-channel fluorescence with transmission overlay, time-lapse and multi-position.

Other modules include: the multi-position solution for automated panorama imaging functionality, the database solution to add a client-server database; the deconvolution solution to remove out-of-focus blur for sharp image definition; and the object detection solution for precise threshold-based object detection as well as spectral un-mixing of brightfield images.

Source:http://www.prlog.org/10641560-introducing-the-new-olympus-cellsens-life-science-imaging-software.html

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