Patents
2012[ to top ]
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Transmission Filter Calculator, Communication Device and Methods. In: European Patents EP2645653A1 and EP2645653B1, Chinese Patents CN103368635A and CN103368635B, Indian Patent IN1406CH2013A, Japanese Patents JP2013214967A and JP5616997B2,US Patents US2013259157A1 and US9088316B2 (2012):
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Apparatus and Method for Scheduling Transmission Resources to Users Served by a Base Station Using a Prediction of Rate Regions. In: European Patent EP2632223A1, Chinese Patent CN103298131A, Japanese Patents JP2013176043A and JP5459645B2, US Patents US2013225220A1 and US9107235B2 (2012):
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2011[ to top ]
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Apparatus and Method for Allocating Resources to Nodes in a Communication System Using an Update of Iteration Resource Weights. In: European Patent EP2456086A1 and EP2456086B1, Brazilian Patent BRPI1105581A2, Chinese Patent CN102469597A, Japanese Patents JP2012134952A and JP5351241B2, Korean Patents KR101382556B1 and KR20120089416A, Russian Patent RU2483450C1, US Patents US2012122505A1 and US8934931B2 (2011):
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Method and Apparatus for Determining a Precoding Vector for Precoding Data to be Transmitted to a Wireless Device in a Wireless Communication System. In: European Patents EP2515495A1 and EP2515495B1, Brazilian Patent BR102012000224A2, Canadian Patent CA2761461A1, Chinese Patent CN102752036A, Spanish Patent ES2426164T3, Japanese Patents JP2012227907A and JP5300964B2, Korean Patents KR101312015B1 and KR20120119973A, Mexican Patent MX2011013151A, Polish Patent PL2515495T3, Russian Patents RU2011149558A and RU2518177C2, US Patents US2012269077A1 and US8649252B2 (2011):
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Method for Reducing Interference at a Terminal of a Wireless Cellular Network, Wireless Cellular Network, Node and Central Node of a Wireless Network. In: European Patents EP2515495A1, EP2515495B1 and EP2515495, Brazilian Patent BR102012000224A2, Canadian Patent CA2761461A1, Chinese Patent CN102752036A, Spanish Patent ES2426164T3, Japanese Patents JP2012227907A and JP5300964B2, Korean Patents KR101312015B1 and KR20120119973A, Mexican Patent MX2011013151A, Polish Patent PL2515495T3, Russian Patents RU2011149558A and RU2518177C2, US Patents US2012269077A1 and US8649252B2 (2011):
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Method and Apparatus for Determining a Precoding Matrix for Precoding Symbols to be Transmitted to a Plurality of Wireless Devices. In: European Patents EP2518906A1 and EP2518906B1, Brazilian Patent BR112013009453A2, Canadian Patent CA2816387A1, Chinese Patent CN103201961A, Spanish Patent ES2444119T3, Japanese Patents JP2013531931A and JP5277361B2, Korean Patent KR20130097783A, Mexican Patent MX2013004645A, Polish Patent PL2518906T3, Russian Patent RU2013117279A, US Patents US2013279628A1 and US8693574B2, WO2012146739A1p (2011):
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Load-Aware Dynamic Cell Selection with Interference Coordination by Fractional Reuse for Cellular Multi-User Networks. In: European Patents EP2525523A1 and EP2525523B1, Brazilian Patent BR112013027624A2, Canadian Patent CA2834469A1, Chinese Patent CN103843279A, Japanese Patents JP2013529443A and JP5562485B2, Korean Patent KR20140003615A, Mexican Patent MX2013012415A, Russian Patent RU2013149293A, US Patent US2014051452A1, WO2012146605A1 (2011):
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2010[ to top ]
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Method and Apparatus for the Prevention of a Service Degradation Attack. In: European Patents EP2367374A1 and EP2367374B1, Chinese Patents CN102196441A and CN102196441B, Japanese Patents JP2011234346A and JP5167379B2, Korean Patents KR101227566B1and KR20110102221A, US Patents US2011258699A1 and US8713675B2 (2010):
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Codebook Control Method, Base Station Apparatus and Mobile Station Apparatus. In: Japanese Patents JP2011188295A and JP5281604B2, Chinese Patent CN102792623A, European Patents EP2547020A1 and EP2547020A4, US Patent US2013223245A1, WO2011111557A1 (2010):
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Mobile Terminal Device and Radio Base Station Apparatus. In: Japanese Patents JP2011234265A and JP5276047B2, Canadian Patent CA2797552A1, Chinese Patent CN102870360A, European Patent EP2566084A1, Korean Patent KR20130103332A, US Patents US2013195035A1 and US9398590B2, WO2011136331A1 (2010):
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Apparatus and Method for Calculating Receive Parameters for an MIMO System. In: European Patent EP2410705A1 and EP2410705B1, Chinese Patent CN102377721A, Japanese Patents JP2012050072A and JP5190139B2, Korean Patents KR101263737B1 and KR20120010178A, US Patents US2012020422A1 and US8724743B2 (2010):
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Receiver and Method for Decoding a Receive Signal in a Wireless Communication System. In: European Patent EP2426842A1, Chinese Patent CN102387116A, Japanese Patents JP2012054931A and JP5167393B2, Korean Patents KR101276601B1 and KR20120022677A, US Patents US2012051468A1 and US8462893B2 (2010):
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2009[ to top ]
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Mobile Station Apparatus, Base Station Apparatus, MIMO System and Data Transmission Method. In: Japanese Patents JP2011114848A and JP5280991B2, Chinese Patents CN102640440A and CN102640440B, European Patent EP2509242A1, US Patents US2013287132A1 and US8873663B2, WO2011065508A1 (2009):
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Apparatus and Method for Selecting a Terminal. In: European Patent EP2273839A1, Japanese Patents JP2011015399A and JP4896253B2 (2009):
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Apparatus and Method for Allocating a Plurality of Subchannels to a Plurality of Terminals. In: European Patents EP2273716A1 and EP2273716B1, Japanese Patents JP2011041259A and JP5033901B2 (2009):
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Method and Apparatus for Determining a Quantized Channel Vector. In: European Patent EP2219298A1, Chinese Patent CN101826939A, Japanese Patents JP2010213264A and JP4950311B2, US Patents US2010202503A1 and US8385395B2 (2009):
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Apparatus and Method for Determining a Channel Quality Parameter. In: European Patents EP2214338A1 and EP2214338B1, Japanese Patents JP2010183574A and JP5054133B2 (2009):
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2008[ to top ]
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A User Selection Apparatus for a Mobile Communication System. In: European Patents EP2134003A1 and EP2134003B1, Japanese Patents JP2009296598A and JP4846000B2 (2008):
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A User Selection Apparatus for a Mobile Communication System. In: European Patents EP2131507A1 and EP2131507B1, Japanese Patents JP2010004528A and JP4809458B2 (2008):
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A Spatial Sub-Channel Selection and Pre-Coding Apparatus. In: European Patents EP2124351A1 and EP2124351B1, Chinese Patents CN101599787A and CN101599787B, Japanese Patents JP2010004525A and JP4830001B2, US Patents US2009323848A1 and US8379747B2 (2008):
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