國立中央大學教師履歷平台

教師個人簡歷

回上一頁

李彥奇

Lee, Yen-Chi

yclee@math.ncu.edu.tw

國科會計畫統計

在古典和量子通信系統中的信息通道分析
1150801~1160731
在古典和量子通信系統中的信息通道分析
1140801~1150731
在古典和量子通信系統中的信息通道分析
1131101~1140731

期刊著作

從矩陣到量子--高中數學課本中的量子啟蒙
科學月刊Science Monthly, 57:2, 674, 40-43, 2026-02-01
[ 量子位元,矩陣,線性代數, 線性變換 ]
On the Tail Transition of First Arrival Position Channels: From Cauchy to Exponential Decay
IEEE Communications Letters, 30, 1671-1675, 2026-01-01
[ achievable rate,Cauchy distribution,first arrival position (FAP),heavy-tailed noise,Molecular communications (MC) ]
Exact 3-D Channel Impulse Response Under Uniform Drift for Absorbing Spherical Receivers
IEEE Communications Letters, 30, 1290-1294, 2026-01-01
[ channel impulse response,channel modeling,first-hitting statistics,measure-change,Molecular communication ]
Characterizing First Arrival Position Channels: Noise Distribution and Capacity Analysis
IEEE Transactions on Communications, 72, 7, 4010-4025, 2024-01-01
[ channel capacity,first arrival position (FAP),Molecular communication (MC),partial differential equation (PDE),stochastic analysis ]
On the asynchronous information embedding for event-driven systems in molecular communications
Nano Communication Networks, 4, 1, 2-13, 2013-03-01
[ Asynchronous,Channel capacity,Event-driven system,Molecular communications ]
A new frontier of wireless communication theory: Diffusion-based molecular communications
IEEE Wireless Communications, 19, 5, 28-35, 2012-12-01

研討會著作

On the Capacity of Zero-Drift First Arrival Position Channels in Diffusive Molecular Communication
4120-4125, 2024-01-01
[ absorbing receiver,Cauchy distribution,channel capacity,diffusive molecular communication,first arrival position (FAP) ]
Distribution of first arrival position in molecular communication
1033-1037, 2016-08-10
Distance estimation in concentration-based molecular communications
2587-2591, 2013-01-01
[ Brownian motion,diffusion,distance estimation,Molecular communications,nanomachine ]
An asynchronous communication scheme for molecular communication
6177-6182, 2012-12-01
Signal detection and ISI cancellation for quantity-based amplitude modulation in diffusion-based molecular communications
4362-4367, 2012-01-01
[ Bayesian criterion,Brownian motion,diffusion,inter-symbol interference (ISI),ISI cancellation,Molecular communications ]
A new paradigm for channel coding in diffusion-based molecular communications: Molecular coding distance function
3748-3753, 2012-01-01
[ Brownian motion,channel coding,diffusion,distance function,Molecular communications ]

專書

Digital Rights Management: Concepts, Methodologies, Tools, and Applications
510-533, 2012-10-31
Multimedia Services and Streaming for Mobile Devices: Challenges and Innovations
68-90, 2011-01-01

校內獲獎

115 新進教師補助
115 新聘卓越人才獎勵
114 新聘卓越人才獎勵

演講

以擊中位置為基礎的分子通訊：通道建模與資訊容量分析 (1140501 ~ 1140501)
受邀至國立澎湖科技大學參加 2025 Spring NSTC–NCTS–MRPC Joint Conference on Interdisciplinary Research，並於會中發表演講。
低雜訊量子通道中的量子容量超加性效應之探究 (1131227 ~ 1131227)
受邀至國立中央大學光電科學與工程學系進行專題演講
分子通訊新視界：通道建模與資訊容量分析 (1131213 ~ 1131213)
受邀至國立中正大學電機工程學系進行專題演講

國立中央大學教師履歷平台

李彥奇

Lee, Yen-Chi

現職

專長

專長簡述

最高學歷

相關連結

科技部學門領域

政府GRB研究專長領域

教育部學門領域

國科會計畫統計

在古典和量子通信系統中的信息通道分析
1150801~1160731

在古典和量子通信系統中的信息通道分析
1140801~1150731

在古典和量子通信系統中的信息通道分析
1131101~1140731

期刊著作

從矩陣到量子--高中數學課本中的量子啟蒙
科學月刊Science Monthly, 57:2, 674, 40-43, 2026-02-01
[ 量子位元,矩陣,線性代數, 線性變換 ]

On the Tail Transition of First Arrival Position Channels: From Cauchy to Exponential Decay
IEEE Communications Letters, 30, 1671-1675, 2026-01-01
[ achievable rate,Cauchy distribution,first arrival position (FAP),heavy-tailed noise,Molecular communications (MC) ]

Exact 3-D Channel Impulse Response Under Uniform Drift for Absorbing Spherical Receivers
IEEE Communications Letters, 30, 1290-1294, 2026-01-01
[ channel impulse response,channel modeling,first-hitting statistics,measure-change,Molecular communication ]

Characterizing First Arrival Position Channels: Noise Distribution and Capacity Analysis
IEEE Transactions on Communications, 72, 7, 4010-4025, 2024-01-01
[ channel capacity,first arrival position (FAP),Molecular communication (MC),partial differential equation (PDE),stochastic analysis ]

On the asynchronous information embedding for event-driven systems in molecular communications
Nano Communication Networks, 4, 1, 2-13, 2013-03-01
[ Asynchronous,Channel capacity,Event-driven system,Molecular communications ]

A new frontier of wireless communication theory: Diffusion-based molecular communications
IEEE Wireless Communications, 19, 5, 28-35, 2012-12-01

研討會著作

On the Capacity of Zero-Drift First Arrival Position Channels in Diffusive Molecular Communication
4120-4125, 2024-01-01
[ absorbing receiver,Cauchy distribution,channel capacity,diffusive molecular communication,first arrival position (FAP) ]

Distribution of first arrival position in molecular communication
1033-1037, 2016-08-10

Distance estimation in concentration-based molecular communications
2587-2591, 2013-01-01
[ Brownian motion,diffusion,distance estimation,Molecular communications,nanomachine ]

An asynchronous communication scheme for molecular communication
6177-6182, 2012-12-01

Signal detection and ISI cancellation for quantity-based amplitude modulation in diffusion-based molecular communications
4362-4367, 2012-01-01
[ Bayesian criterion,Brownian motion,diffusion,inter-symbol interference (ISI),ISI cancellation,Molecular communications ]

A new paradigm for channel coding in diffusion-based molecular communications: Molecular coding distance function
3748-3753, 2012-01-01
[ Brownian motion,channel coding,diffusion,distance function,Molecular communications ]

專書

Digital Rights Management: Concepts, Methodologies, Tools, and Applications
510-533, 2012-10-31

Multimedia Services and Streaming for Mobile Devices: Challenges and Innovations
68-90, 2011-01-01

校內獲獎

演講

李彥奇

Lee, Yen-Chi

現職

專長

專長簡述

最高學歷

相關連結

科技部學門領域

政府GRB研究專長領域

教育部學門領域

國科會計畫統計

在古典和量子通信系統中的信息通道分析 1150801~1160731

在古典和量子通信系統中的信息通道分析 1140801~1150731

在古典和量子通信系統中的信息通道分析 1131101~1140731

期刊著作

從矩陣到量子--高中數學課本中的量子啟蒙 科學月刊Science Monthly, 57:2, 674, 40-43, 2026-02-01 [ 量子位元,矩陣,線性代數, 線性變換 ]

On the Tail Transition of First Arrival Position Channels: From Cauchy to Exponential Decay IEEE Communications Letters, 30, 1671-1675, 2026-01-01 [ achievable rate,Cauchy distribution,first arrival position (FAP),heavy-tailed noise,Molecular communications (MC) ]

Exact 3-D Channel Impulse Response Under Uniform Drift for Absorbing Spherical Receivers IEEE Communications Letters, 30, 1290-1294, 2026-01-01 [ channel impulse response,channel modeling,first-hitting statistics,measure-change,Molecular communication ]

Characterizing First Arrival Position Channels: Noise Distribution and Capacity Analysis IEEE Transactions on Communications, 72, 7, 4010-4025, 2024-01-01 [ channel capacity,first arrival position (FAP),Molecular communication (MC),partial differential equation (PDE),stochastic analysis ]

On the asynchronous information embedding for event-driven systems in molecular communications Nano Communication Networks, 4, 1, 2-13, 2013-03-01 [ Asynchronous,Channel capacity,Event-driven system,Molecular communications ]

A new frontier of wireless communication theory: Diffusion-based molecular communications IEEE Wireless Communications, 19, 5, 28-35, 2012-12-01

研討會著作

On the Capacity of Zero-Drift First Arrival Position Channels in Diffusive Molecular Communication 4120-4125, 2024-01-01 [ absorbing receiver,Cauchy distribution,channel capacity,diffusive molecular communication,first arrival position (FAP) ]

Distribution of first arrival position in molecular communication 1033-1037, 2016-08-10

Distance estimation in concentration-based molecular communications 2587-2591, 2013-01-01 [ Brownian motion,diffusion,distance estimation,Molecular communications,nanomachine ]

An asynchronous communication scheme for molecular communication 6177-6182, 2012-12-01

Signal detection and ISI cancellation for quantity-based amplitude modulation in diffusion-based molecular communications 4362-4367, 2012-01-01 [ Bayesian criterion,Brownian motion,diffusion,inter-symbol interference (ISI),ISI cancellation,Molecular communications ]

A new paradigm for channel coding in diffusion-based molecular communications: Molecular coding distance function 3748-3753, 2012-01-01 [ Brownian motion,channel coding,diffusion,distance function,Molecular communications ]

專書

Digital Rights Management: Concepts, Methodologies, Tools, and Applications 510-533, 2012-10-31

Multimedia Services and Streaming for Mobile Devices: Challenges and Innovations 68-90, 2011-01-01

校內獲獎

演講

在古典和量子通信系統中的信息通道分析
1150801~1160731

在古典和量子通信系統中的信息通道分析
1140801~1150731

在古典和量子通信系統中的信息通道分析
1131101~1140731

從矩陣到量子--高中數學課本中的量子啟蒙
科學月刊Science Monthly, 57:2, 674, 40-43, 2026-02-01
[ 量子位元,矩陣,線性代數, 線性變換 ]

On the Tail Transition of First Arrival Position Channels: From Cauchy to Exponential Decay
IEEE Communications Letters, 30, 1671-1675, 2026-01-01
[ achievable rate,Cauchy distribution,first arrival position (FAP),heavy-tailed noise,Molecular communications (MC) ]

Exact 3-D Channel Impulse Response Under Uniform Drift for Absorbing Spherical Receivers
IEEE Communications Letters, 30, 1290-1294, 2026-01-01
[ channel impulse response,channel modeling,first-hitting statistics,measure-change,Molecular communication ]

Characterizing First Arrival Position Channels: Noise Distribution and Capacity Analysis
IEEE Transactions on Communications, 72, 7, 4010-4025, 2024-01-01
[ channel capacity,first arrival position (FAP),Molecular communication (MC),partial differential equation (PDE),stochastic analysis ]

On the asynchronous information embedding for event-driven systems in molecular communications
Nano Communication Networks, 4, 1, 2-13, 2013-03-01
[ Asynchronous,Channel capacity,Event-driven system,Molecular communications ]

A new frontier of wireless communication theory: Diffusion-based molecular communications
IEEE Wireless Communications, 19, 5, 28-35, 2012-12-01

On the Capacity of Zero-Drift First Arrival Position Channels in Diffusive Molecular Communication
4120-4125, 2024-01-01
[ absorbing receiver,Cauchy distribution,channel capacity,diffusive molecular communication,first arrival position (FAP) ]

Distribution of first arrival position in molecular communication
1033-1037, 2016-08-10

Distance estimation in concentration-based molecular communications
2587-2591, 2013-01-01
[ Brownian motion,diffusion,distance estimation,Molecular communications,nanomachine ]

An asynchronous communication scheme for molecular communication
6177-6182, 2012-12-01

Signal detection and ISI cancellation for quantity-based amplitude modulation in diffusion-based molecular communications
4362-4367, 2012-01-01
[ Bayesian criterion,Brownian motion,diffusion,inter-symbol interference (ISI),ISI cancellation,Molecular communications ]

A new paradigm for channel coding in diffusion-based molecular communications: Molecular coding distance function
3748-3753, 2012-01-01
[ Brownian motion,channel coding,diffusion,distance function,Molecular communications ]

Digital Rights Management: Concepts, Methodologies, Tools, and Applications
510-533, 2012-10-31

Multimedia Services and Streaming for Mobile Devices: Challenges and Innovations
68-90, 2011-01-01