Finline Technologies To Acquire Impress Image Compression Inc.; To Integrate Patented Wavelet Compression Technology Into Broadband Wireless Access Platform.Business Editors WATERLOO, Canada--(BUSINESS WIRE)--Feb. 3, 2000 Finline Technologies (CDNX CDNX See Canadian Venture Exchange (CDNX). :FIN) Finline To Raise Up To $3,000,000 Through Unit Private Placement Finline Technologies Ltd. (CDNX: FIN) is pleased to announce that it has signed an agreement to acquire, at arm's length arm's length adj. the description of an agreement made by two parties freely and independently of each other, and without some special relationship, such as being a relative, having another deal on the side or one party having complete control of the other. , Impress Image Compression Noun 1. image compression - the compression of graphics for storage or transmission compression - encoding information while reducing the bandwidth or bits required Inc. (&uot;Impress&uot;), under which Finline will issue 1,500,000 common shares at a deemed price of $1.52 to acquire all issued and outstanding shares of Impress. The acquisition is expected to close within 30 days pending regulatory approval and final documentation. Impress Image Compression Inc. is a Waterloo-based developer of patented Wavelet (mathematics) wavelet - A waveform that is bounded in both frequency and duration. Wavelet tranforms provide an alternative to more traditional Fourier transforms used for analysing waveforms, e.g. sound. image compression technology. Their technology achieves compression rates of approximately four to five times greater than the current industry standard, JPEG JPEG in full Joint Photographic Experts Group Standard computer file format for storing graphic images in a compressed form for general use. JPEG images are compressed using a mathematical algorithm. for any given level of quality. Upon completion of the acquisition, Finline intends to integrate Impress' technology into Finline's Wireless access solutions to achieve channel capacity and data transmission rates significantly above current competitive wireless technologies. Impress was founded by Dr. James Leslie of the University and its wavelet technology is a result of over seven years of research and development. &uot;We recognized a number of years ago that Wavelets See wavelet compression. Wavelets The elementary building blocks in a mathematical tool for analyzing functions. The functions can be very diverse; examples are solutions of a differential equation, and one- and two-dimensional signals. were the key to efficient transmission of image based content. Much effort has been spent perfecting our technology, and we believe we have the best image compression algorithm in the world today. We look forward to joining Finline to further the commercialization of Impress' technology and tap world markets for our products, particularly in wireless broadcasting,&uot; said Dr. Leslie. &uot;By integrating Impress' wavelet technology into our MMDS (Multichannel Multipoint Distribution Service or Microwave Multipoint Distribution Service) A digital wireless transmission system that works in the 2.2-2.4 GHz range. systems, Finline will emerge as a clear leader in fixed wireless broadband access solutions. Given this integration, the potential for increased channel capacity within the microwave spectrum is tremendous, will result in significant cost savings for system operators, and will make video-on-demand over the internet feasible,&uot; said Einar Fiskvatn, President &CEO (1) (Chief Executive Officer) The highest individual in command of an organization. Typically the president of the company, the CEO reports to the Chairman of the Board. of Finline. &uot;The technology has a natural fit with our customer premises equipment See CPE. development, and we believe that offering significantly enhanced efficiency versus current MPEG (Moving Pictures Experts Group) An ISO/ITU standard for compressing digital video. Pronounced "em-peg," it is the universal standard for digital terrestrial, cable and satellite TV, DVDs and digital video recorders (DVRs). based solutions is precisely what the market needs given the rapid growth of multimedia content. Impress' visual quantized quan·tize tr.v. quan·tized, quan·tiz·ing, quan·tiz·es Physics 1. To limit the possible values of (a magnitude or quantity) to a discrete set of values by quantum mechanical rules. 2. wavelet compression, coupled with robust modulation techniques such as OFDM (Orthogonal Frequency Division Multiplexing) A digital transmission technique that uses a large number of carriers spaced apart at slightly different frequencies. will result in a new broadband wireless standard,&uot; further said Fiskvatn. By applying an understanding of the human visual system and its sensitivity to contrast, noise, luminance The amount of brightness, measured in lumens, that is given off by a pixel or area on a screen. For example, dark red and bright red would have the same chrominance, but a different luminance. , etc., and an understanding of spatial/amplitude entropy relationships within images, a unique approach to image compression has been developed by Impress. With Impress' modified amplitude-zerotrees, zerotree-linked texture maps, adaptive model arithmetic coding, and visual-rules bit allocation, Impress' algorithms have been designed to obtain optimal compression with acceptable program complexity. Impress has patent applications on its technology in USA, Canada, Europe, Australia and Japan. Impress has recently been given a Notice of Allowance for the U.S. Patent for its technology covering claims related to the following advantages over competing wavelet compression techniques:
-- Better compression of object edges by exploiting amplitude
similarity of related edges in the zerotree.
-- Better compression of texture by using secondary wavelet passes
in high detail blocks
-- Better compression of texture-type features by use of zerotree
embedded vector codes
-- Better compression overall by use of tuned arithmetic coders
&uot;With patent protection, Finline also recognizes that new growth opportunities will be available through licensing of the technology to third parties. Opportunities that we see span the areas of internet content development, streaming video, digital photography, medical imaging, surveillance, image archiving and storage, and any other area where increased efficiency in imaging is beneficial,&uot; said Jonathan Carley, Corporate Development, Finline Technologies. Upon closing of the acquisition, Andrew Zador, currently V.P., Technology of Impress and the architect of Impress' compression will join Finline in the same capacity. Further, Dr. Leonard Bradfield, currently Manager of Software Development of Impress will join Finline in the same role, and Dr. James Leslie will join Finline in a consultant capacity. Upon closing of the acquisition, and pending regulatory approval, Dr. James Leslie will also join Finline's Board of Directors. Zador has a B.Sc. in physics from the University of Waterloo The University of Waterloo (also referred to as UW, UWaterloo, or Waterloo) is a medium-sized research-intensive public university in the city of Waterloo, Ontario, Canada. The school was founded in 1957. . His background includes video systems, optical and electronic hardware development, and software design and management. He has done research in human vision related to colour sensitivity, stereo perception, and flicker/contrast thresholds both while working in UW's School of Optometry optometry (ŏptŏm`ətrē), eye-care specialty concerned with eye examination, determination of visual abilities, diagnosis of eye diseases and conditions, and the prescription of lenses and other corrective measures. and at Impress. Zador has also held research and engineering positions at Volker Craig Ltd., Electrohome Ltd. and Science Scribe Inc. Dr. Bradfield has a Ph.D. in physics from the University of Waterloo. He has done research in semiconductor physics involving gallium arsenide, designed automation for electro-optical measurement systems in the astronomy department at UW, and previously co-developed VeriPLOT(r) electronic circuit CAD software with Zador. Dr. James D. Leslie is a Professor of Physics at the University of Waterloo. He has conducted research in superconductivity superconductivity, abnormally high electrical conductivity of certain substances. The phenomenon was discovered in 1911 by Kamerlingh Onnes, who found that the resistance of mercury dropped suddenly to zero at a temperature of about 4.2°K;. , semiconductors, plasma oxidation and ellipsometry over his career at Waterloo. He founded the University of Waterloo Correspondence Program in 1968 and served as its Director until 1980. In 1979, he founded Waterloo Distance Education Inc. to apply to industrial training what he had learned in developing the Correspondence Program. Dr. Leslie has been in charge of managing the development of Impress and holds the position of President. Finline Technologies is also pleased to announce that it intends to complete at arm's length, a non-brokered private placement of up to 1,973,685 units at a price of $1.52 per unit. Each unit will consist of one common share and one-half purchase warrant. Each full purchase warrant will entitle the holder to acquire one common share at price of $1.85 for one year from the date of issuance. The completion of the private placement is subject to receipt of approval from the Canadian Venture Exchange The Canadian Venture Exchange (CDNX) is now a defunct stock exchange having been acquired by the TSX Group in 2001 and renamed the TSX Venture Exchange. History of the Canadian Venture Exchange (CDNX) . Finline Technologies Ltd. is a designer and manufacturer of broadband wireless systems, focusing on MMDS &uot;Wireless Cable&uot; solutions for the broadcast of video, voice, and high speed internet services. Based in Waterloo, Ontario, Canada, Finline has successfully deployed its systems and components worldwide to operators in fourteen countries on five continents. Note to Editors: The Canadian Venture Exchange has neither approved nor disapproved the information contained herein. |
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