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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 10 of 10  /   
Committee Date Time Place Paper Title / Authors Abstract Paper #
CAS, CS 2024-03-14
16:45
Okinawa   A Study of Designing Flat Passband FIR Filters with Specified Attenuation and Variable Multiple Factors in Stopband
Toma Miyata (Salesian Polytechnic), Yasunori Sugita (NUT), Naoyuki Aikawa (TUS) CAS2023-124 CS2023-117
In order to efficiently eliminate noise in weight measurement, design methods of FIR filters with high attenuation in a ... [more] CAS2023-124 CS2023-117
pp.74-77
WPT 2020-03-07
13:20
Kyoto
(Cancelled but technical report was issued)
Wireless Connection Using 5.8 GHz Open-ring resonators and its Application to Wave Guide Power Distribution
Yasuo Ohno, Hiroko Itoh (Laser Systems) WPT2019-79
Using the filter theory, the importance of external Q is explained in resonant power transmission using open ring resona... [more] WPT2019-79
pp.117-122
IT, SIP, RCS 2017-01-20
10:25
Osaka Osaka City Univ. Band-pass Maximally Flat FIR Fractional Order Differentiators with Stopband Based on Minimization of $L_p$ Norm
Ryosuke Kunii, Takashi Yoshida, Naoyuki Aikawa (TUS) IT2016-92 SIP2016-130 RCS2016-282
In this paper, we propose a design method for a band-pass maximally flat FIR fractional order differentiators (FODs) wit... [more] IT2016-92 SIP2016-130 RCS2016-282
pp.267-271
SIP 2016-08-25
13:30
Chiba Chiba Institute of Technology, Tsudanuma Campus A design method for closed-form 2-D maximally-flat diamond-shaped half-band FIR digital filters
Taiki Shinohara, Takashi Yoshida, Naoyuki Aikawa (Tokyo Univ. of Science) SIP2016-72
Two-dimensional (2-D) linear phase maximally flat finite impulse response (FIR) digital filters have flat characteristic... [more] SIP2016-72
pp.1-6
RCS, IT, SIP 2016-01-19
15:10
Osaka Kwansei Gakuin Univ. Osaka Umeda Campus A design method for closed form 2-D maximally flat FIR digital filter
Taiki Shinohara, Takashi Yoshida, Naoyuki Aikawa (Tokyo Univ. of Science) IT2015-100 SIP2015-114 RCS2015-332
2-D maximally flat FIR digital filters have a flat characteristic in the passband and stopband.
The previous filter des... [more]
IT2015-100 SIP2015-114 RCS2015-332
pp.285-288
CAS, SIP, MSS, VLD, SIS [detail] 2014-07-11
15:40
Hokkaido Hokkaido University A design method of lowpass FIR digital differentiators with reduced delay
Takashi Yoshida, Yosuke Sugiura, Naoyuki Aikawa (Tokyo Univ. of Science) CAS2014-45 VLD2014-54 SIP2014-66 MSS2014-45 SIS2014-45
In this paper, we propose a design method of lowpass FIR digital differentiators with reduced delay.
The proposed trans... [more]
CAS2014-45 VLD2014-54 SIP2014-66 MSS2014-45 SIS2014-45
pp.243-246
CS, CAS, SIP 2014-03-07
11:20
Osaka Osaka City University Media Center A design method of FIR band-pass maximally flat digital differentiators having ripple in the stopband
Takashi Yoshida, Yosuke Sugiura, Naoyuki Aikawa (Tokyo Univ. of Science) CAS2013-115 SIP2013-161 CS2013-128
In this paper, we propose a design method of FIR band-pass maximally flat digital differentiators having ripple in the s... [more] CAS2013-115 SIP2013-161 CS2013-128
pp.145-149
RCS, SIP 2014-01-24
14:15
Fukuoka Kyushu Univ. Designing Maximally Flat Stopband FIR Notch Filter for Narrowband Radio Systems
Yusuke Shigeiwa, Yosuke Sugiura, Naoyuki Aikawa, Makoto Itami (Tokyo Univ. of Science) SIP2013-123 RCS2013-293
Wireless communication systems is desired big capacity and high speed with the development of digital communication term... [more] SIP2013-123 RCS2013-293
pp.223-228
WBS, SIP 2007-08-07
08:40
Kochi Green Hall (2nd fl.), Kochi Green-Kaikan Arbitrary-Order Non-causal Lagrange-Type Variable Fractional-Delay Digital Filters
Tian-Bo Deng (Toho Univ.) SIP2007-72 WBS2007-21
Liu and Wei have shown that even-order polynomial interpolation can be simplified as a variable fractional-delay (VFD) f... [more] SIP2007-72 WBS2007-21
pp.1-5
CAS 2005-01-20
16:15
Ishikawa Kanazawa Univ [Fellow Memorial Lecture] Origins and Recent Developments of Maximally Flat FIR Digital Filters
Akinori Nishihara (Tokyo Inst. of Tech.)
Maximally flat FIR digital filters, which are widely known in the circuit
theory and digital signal processing communit... [more]
CAS2004-71
pp.25-30
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