TEACHING SIGNAL GENERATION DEVICE, MODEL GENERATION DEVICE, OBJECT DETECTION DEVICE, TEACHING SIGNAL GENERATION METHOD, MODEL GENERATION METHOD, AND PROGRAM

• 1. 已学习模型生成方法、已学习模型生成装置、信号数据判别方法、信号数据判别装置以及信号数据判别程序 [P] . 中国专利： CN109983482A . 2019-07-05
• 2. 模型生成装置、模型生成方法、模型生成程序、模型生成系统、检查系统以及监视系统 [P] . 中国专利： CN113196312A . 2021-07-30
• 3. LEARNED MODEL GENERATION METHOD, LEARNED MODEL GENERATION DEVICE, SIGNAL DATA DISCRIMINATION METHOD, SIGNAL DATA DISCRIMINATION DEVICE, AND SIGNAL DATA DISCRIMINATION PROGRAM [P] . 世界知识产权组织专利： WO2018092747A1 . 2018-05-24

  机译： 学习模型生成方法，学习模型生成设备，信号数据鉴别方法，信号数据鉴别设备和信号数据鉴别程序

• 4. AUDIO SIGNAL GENERATION MODEL LEARNING DEVICE, AUDIO SIGNAL GENERATION DEVICE, METHOD, AND PROGRAM [P] . 日本专利： JP2019139102A . 2019-08-22

  机译： 音频信号生成模型学习装置，音频信号生成装置，方法和程序

• 5. PSEUDO-SOUND SIGNAL GENERATION DEVICE, ACOUSTIC MODEL APPLICATION DEVICE, PSEUDO-SOUND SIGNAL GENERATION METHOD, AND PROGRAM [P] . 日本专利： JP2016186516A . 2016-10-27

  机译： 伪声音信号生成设备，声学模型应用设备，伪声音信号生成方法和程序

• 1. Generation of precise multiphase clock signals using Programmable Logic Devices [J] . DĄBROWSKI A., PAWŁOWSKI P., SETECKI K. Elektronika . 2006,第10期
• 2. Proposal of prediction method for dislocation generation in silicon substrates for semiconductor devices -- dependence of strength for dislocation generation on device structure [J] . Hiroyuki Ohta, Makoto Kitano 材料 . 2000,第6期
• 3. Proposal of prediction method for dislocation generation in silicon substrates for semiconductor devices -- dependence of strength for dislocation generation on device structure [J] . Hiroyuki Ohta, Makoto Kitano 材料 . 2000,第6期
• 4. Programmable Integrated Optical Signal Processors: Toward Next-Generation Signal Processing Engine in Communication Devices [C] . Leimeng Zhuang Optical Fiber Communications Conference and Exhibition . 2019
• 5. Advanced processing methods to introduce and preserve dipole orientation in organic electro-optic materials for next generation photonic devices. [D] . Huang, Su. 2012
• 6. Robotic Scripts Methods Reagents and Devices for High Throughput Automated Production of Next Generation Sequencing DNA Fragment Libraries [O] . M. Allen, K. Poulter, W. Zhang, 2011
• 7. A methodology for semiautomatic generation of finite element models: Application to mechanical devices [O] . Jesús López, Mariano Artés 2015
• 8. Generation of Controlled Analog Emissions from Embedded Devices using Software Stress Methods. [R] . Sternberg, O., Nelson, J. H., Perez, I., 2017

• 1. New Modeling for Generation of Normal and Abnormal Heart Rate Variability Signals [J] . Naser Safdarian . 生物医学工程（英文） . 2014,第14期
• 2. Weis-Fogh Mechanism Mathematic Model of Wave Power Generation Device [J] . Xin Chen ,Quan Kuang ,Yang Li . 流体动力学（英文） . 2014,第4期
• 3. Skewness Based Elman Recurrent Neural Network Model for Classification of Cavitation Signals from Pressure Drop Devices of Prototype Fast Breeder Reactor [J] . Ramadevi Rathinasabapathy ,Sheela Rani Balasubramaniam ,Prakash Vasudevan . 通讯和计算机 . 2011,第007期
• 4. Comparative systems biology between human and animal models based on next-generation sequencing methods [J] . Yu-Qi ZHAO ,Gong-Hua LI ,Jing-Fei HUANG . 动物学研究 . 2013,第002期
• 5. Testing of the Ultra-Micro Gas Turbine Devices (1 - 10 kW) for Portable Power Generation at University of Roma 1: First Tests Results [J] . Alfonso Calabria ,Roberto Capata ,Mario Di Veroli . 工程（英文）（1947-3931） . 2013,第5期
• 6. 一种生成电子地图道路网络的新方法--通过GPS信号生成新的电子地图道路网络对原有的道路网络进行更新 [C] . 班学钢 ,郑四发 ,邹旭东 . 中国系统工程学会城市智能交通系统学术会议 . 2000
• 7. 生成性教学：从教学方法到教学哲学——生成性教学观的探询 [A] . 程良宏 . 2008