​
Login / Signup
Hyoju Seo
ORCID
Publication Activity (10 Years)
Years Active: 2020-2024
Publications (10 Years): 12
Top Topics
Text Understanding
Error Recovery
Spiking Neural Networks
Random Number
Top Venues
ISOCC
ICAIIC
IEICE Electron. Express
IEEE Trans. Emerg. Top. Comput.
</>
Publications
</>
Dong-Hee Yoon
,
Hyoju Seo
,
Jungwon Lee
,
Yongtae Kim
Online Electric Vehicle Charging Strategy in Residential Areas With Limited Power Supply.
IEEE Trans. Smart Grid
15 (3) (2024)
Donghui Lee
,
Hyoju Seo
,
Yongtae Kim
Design of an Efficient Parallel Random Number Generator Using a Single LFSR for Stochastic Computing.
ICAIIC
(2024)
Hyoju Seo
,
Seokhyeon Lee
,
Yongtae Kim
Computation Exactness Exploration of Exact Quantum Adders in NISQ.
ISOCC
(2023)
Hyoju Seo
,
Yongtae Kim
A Low Latency Approximate Adder Design Based on Dual Sub-Adders With Error Recovery.
IEEE Trans. Emerg. Top. Comput.
11 (3) (2023)
Hyelin Seok
,
Hyoju Seo
,
Jungwon Lee
,
Yongtae Kim
A Novel Efficient Approximate Adder Design using Single Input Pair based Computation.
ISOCC
(2022)
Myeongjin Kwak
,
Hyoju Seo
,
Yongtae Kim
Precision Exploration of Floating-Point Arithmetic for Spiking Neural Networks.
ISOCC
(2021)
Myeongjin Kwak
,
Jungwon Lee
,
Hyoju Seo
,
Mingyu Sung
,
Yongtae Kim
Training and Inference using Approximate Floating-Point Arithmetic for Energy Efficient Spiking Neural Network Processors.
ICEIC
(2021)
Jungwon Lee
,
Hyoju Seo
,
Hyelin Seok
,
Yongtae Kim
A Novel Approximate Adder Design Using Error Reduced Carry Prediction and Constant Truncation.
IEEE Access
9 (2021)
Hyoju Seo
,
Jungwon Lee
,
Hyelin Seok
,
Yongtae Kim
Design of an Accuracy Enhanced Imprecise Adder with Half Adder-based Approximation.
ISOCC
(2021)
Jungwon Lee
,
Hyoju Seo
,
Yerin Kim
,
Yongtae Kim
Design of a Low-Cost Approximate Adder with a Zero Truncation.
ISOCC
(2020)
Hyoju Seo
,
Yoon Seok Yang
,
Yongtae Kim
An Energy-Efficient Imprecise Adder with a Lower-part Constant Approximation.
ISOCC
(2020)
Jungwon Lee
,
Hyoju Seo
,
Yerin Kim
,
Yongtae Kim
Approximate adder design with simplified lower-part approximation.
IEICE Electron. Express
17 (15) (2020)