2008 |
24 | EE | Kenny Johansson,
Oscar Gustafsson,
Lars Wanhammar:
Switching activity estimation for shift-and-add based constant multipliers.
ISCAS 2008: 676-679 |
2006 |
23 | EE | Håkan Johansson,
Oscar Gustafsson,
J. Johansson,
Lars Wanhammar:
Adjustable Fractional-Delay FIR Filters Using the Farrow Structure and Multirate Techniques.
APCCAS 2006: 1055-1058 |
22 | EE | Oscar Gustafsson,
Kenny Johansson,
Håkan Johansson,
Lars Wanhammar:
Implementation of Polyphase Decomposed FIR Filters for Interpolation and Decimation Using Multiple Constant Multiplication Techniques.
APCCAS 2006: 924-927 |
21 | EE | Kenny Johansson,
Oscar Gustafsson,
Lars Wanhammar:
Approximation of elementary functions using a weighted sum of bit-products.
ISCAS 2006 |
2005 |
20 | EE | Kenny Johansson,
Oscar Gustafsson,
Lars Wanhammar:
Implementation of low-complexity FIR filters using serial arithmetic.
ISCAS (2) 2005: 1449-1452 |
2004 |
19 | | Kenny Johansson,
Oscar Gustafsson,
Lars Wanhammar:
Switching activity in bit-serial constant-coefficient multipliers.
ISCAS (2) 2004: 469-472 |
18 | | Oscar Gustafsson,
Andrew G. Dempster,
Lars Wanhammar:
Multiplier blocks using carry-save adders.
ISCAS (2) 2004: 473-476 |
17 | EE | Henrik Ohlsson,
Oscar Gustafsson,
Lars Wanhammar:
A shifted permuted difference coefficient method.
ISCAS (3) 2004: 161-164 |
16 | EE | Kenny Johansson,
Oscar Gustafsson,
Lars Wanhammar:
Low-complexity bit-serial constant-coefficient multipliers.
ISCAS (3) 2004: 649-652 |
15 | EE | Tina Lindkvist,
Jacob Löfvenberg,
Henrik Ohlsson,
Kenny Johansson,
Lars Wanhammar:
A Power-Efficient, Low-Complexity, Memoryless Coding Scheme for Buses with Dominating Inter-Wire Capacitances.
IWSOC 2004: 257-262 |
14 | EE | Kenny Johansson,
Oscar Gustafsson,
Lars Wanhammar:
Power Estimation for Ripple-Carry Adders with Correlated Input Data.
PATMOS 2004: 662-674 |
2003 |
13 | EE | Emil Hjalmarson,
Robert Hägglund,
Lars Wanhammar:
Design Space Exploration and Trade-Offs in Analog Amplifier Design.
PATMOS 2003: 338-347 |
12 | EE | Oscar Gustafsson,
Håkan Johansson,
Lars Wanhammar:
Single Filter Frequency-Response Masking Fir Filters.
Journal of Circuits, Systems, and Computers 12(5): 601-630 (2003) |
11 | EE | Elizabeth Elias,
Per Löwenborg,
Håkan Johansson,
Lars Wanhammar:
Tree-structured IIR/FIR uniform-band and octave-band filter banks with very low-complexity analysis or synthesis filters.
Signal Processing 83(9): 1997-2009 (2003) |
2002 |
10 | EE | Oscar Gustafsson,
Andrew G. Dempster,
Lars Wanhammar:
Extended results for minimum-adder constant integer multipliers.
ISCAS (1) 2002: 73-76 |
2001 |
9 | EE | Oscar Gustafsson,
Håkan Johansson,
Lars Wanhammar:
Narrow-band and wide-band single filter frequency masking FIR filters.
ISCAS (2) 2001: 181-184 |
8 | EE | Elizabeth Elias,
Per Löwenborg,
Håkan Johansson,
Lars Wanhammar:
Tree-structured IIR/FIR octave-band filter banks with very low-complexity analysis filters.
ISCAS (2) 2001: 533-536 |
7 | EE | Oscar Gustafsson,
Henrik Ohlsson,
Lars Wanhammar:
Minimum-adder integer multipliers using carry-save adders.
ISCAS (2) 2001: 709-712 |
6 | EE | Henrik Ohlsson,
Oscar Gustafsson,
Lars Wanhammar:
Arithmetic transformations for increased maximal sample rate of bit-parallel bireciprocal lattice wave digital filters.
ISCAS (2) 2001: 825-828 |
1999 |
5 | EE | Oscar Gustafsson,
Lars Wanhammar:
Implementation of maximally fast ladder wave digital filters using a numerically equivalent state-space representation.
ISCAS (3) 1999: 419-422 |
1994 |
4 | | Mark Vesterbacka,
Kent Palmkvist,
Peter Sandberg,
Lars Wanhammar:
Implementation of Fast Bit-Serial Lattice Wave Digital Filters.
ISCAS 1994: 113-116 |
3 | | Nianxiong Tan,
Sven Eriksson,
Lars Wanhammar:
A Novel Bit-Serial Design of Comb Filters for Oversampling A/D Converters.
ISCAS 1994: 259-262 |
2 | | Nianxiong Tan,
Sven Eriksson,
Lars Wanhammar:
A Power-Saving Technique for Bit-Serial DSP ASICs.
ISCAS 1994: 51-54 |
1 | | Peter Nilsson,
Mats Torkelson,
Kent Palmkvist,
Mark Vesterbacka,
Lars Wanhammar:
A Bit-Serial CMOS Digital IF-Filter for Mobile Radio Using an On-Chip Clock.
Mobile Communications 1994: 510-521 |