cannot get module eeprom information: operation not supported
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Press to continue... /DEVICE= 4 hex digit device id of card to program. /SUBDEVICE= 4 hex digit subsystem device id of card to program. /DUMP Dumps EEPROM/Shadow RAM memory contents to file *.eep and flash memory to *.bin (if available) /MAC_DUMP_FILE Dumps the MAC address to a file usable by the /A command. /MAC_DUMP Displays the adapter LAN MAC address. /MAC_DUMP_ALL Displays all the MAC addresses. /MAC_ALL_TO_FILE Dumps all the MAC addresses to a file usable by the /MAC_ALL_FROM_FILE command. /MAC_ALL_FROM_FILE Programs all MAC addresses from text file to a device. File should contain 13 MAC addresses (9 for PEPs and 4 custom MAC addresses), one each line. EUI48 and EUI64 formats accepted. /CB Clears bits in the EEPROM, specified in . /SB Sets bits in the EEPROM, specified in . Press to continue... /RW Reads from the EEPROM. /WW Writes into in EEPROM. /MAC=macaddr [/NUM=PF_num] Programs the EEPROM/NVM with only the MAC address of macaddr without changing the rest of the EEPROM/NVM. /NUM is optional and I40E specific - it defines target PF. /A or /address Programs the EEPROM/NVM with only the MAC address from the without changing the rest of the EEPROM. /D or /DATA Programs the NVM [EEPROM/FLASH] with the contents of without changing the MAC address. /PHYNVM Programs the PHY NVM with the contents of /DEBUG Forces debug update to be used where applicable. Must be used with /D or /DATA switch. /CALCCHKSUM Forces the EEPROM checksum and CRCs to be updated. 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Confirm that the transceiver is correctly connected to the computer via a KPG-22/46 cable, then select "[Retry]". Read to Trunking Board Help This function reads trunking data from the trunking board's EEPROM. 1. When "Read from trunking board" is selected, the "Read from Trunking Board" window opens. 2. When "[OK]" is selected, the "Input Password" window opens. 3. Enter the "Five Digit Access Code", then press [Enter]. Note 1: If communication with the transceiver is not possible for any reason, the "Check Connection Error" window opens. Confirm that the transceiver is correctly connected to the computer via a KPG-22/46 cable, then select "[Retry]". Write to Trunking Board Help This function writes trunking data to the trunking board's EEPROM. 1. When "Write to trunking board" is selected, the "Write to trunking board" window opens. 2. When "[OK]" is selected, the "Input Password" window opens. 3. Enter the "Five Digit Access Code", then press [Enter]. Note 1: If communication with the transceiver is not possible for any reason, the "Check Connection Error" window opens. Confirm that the transceiver is correctly connected to the computer via a KPG-22/46 cable, then select "[Retry]". Trunking Deviation Help Trunking Deviation is used to set the transmit modulation level from SmarTrunk Module. The alignment mode transmit frequency will be the first channel in the currently selected channel group on the transceiver. This mode will generate the DTMF digit 9 on the transmit frequency. Using a small slotted alignment tool, adjust the level pot on the SmarTrunk Module for a level of 2/3 of maximum deviation(3.3kHz on a 5 kHz system). NOTE: Select the trunking channel group on the transceiver manually before enter the Alignment Mode. "SmarTrunk & SmarTrunk II are registered trademarks of SmarTrunk Systems, Inc., Hayward, California, U.S.A.". Firmware Program Help This function writes the main program to the transceiver. When you select this function, the software that writes the main program to the transceiver (FPRO.EXE (Firmware Programming Software)) is activated. The Fpro startup screen appears first. Press any key to progress to the Fpro Main screen. In the Main screen, select the baud rate (bps) and the Firmware File (HEX File), then press [F10] to start the program. The software then starts writing the main program to the transceiver flash memory. Use this function for tasks such as upgrading the transceiver. (See Service Manual for details) -- select & press [ENTER]. Check Sum Help This function displays the Check sum of the main program which was written in firmware Program. ESN Help This function displays the Electronic Serial Number. This function was newly designed, so it will be available on radios that have the following or larger serial numbers. S/No. 203XXXXX- Frequency Channel Help Select one of the pre-programmed test frequencies. The transceiver is set to the RF Power Low. The transceiver will display the "LO"(Portable)/ "AUX"(Mobile) indicator. Press the up- or down-arrow keys to increase or decrease the channel frequency or enter the desired channel frequency with the keyboard, then press [Enter]. (See the Service Manual for details) Signalling Tone Help Select one of the pre-programmed Signalling formats. Press the up- or down-arrow keys to increase or decrease the Signalling Tone number or enter the desired Signalling Tone number with the keyboard, then press [Enter]. (See the Service Manual for details) Wide/Narrow Help (M,K,C TYPE) First tune all items in the wide mode. Then tune QT VCO BAL. QT TCXO BAL. DQT VCO BAL. DQT TCXO BAL. MAX DEV. DQT BAL. QT Fine DEV. DQT Fine DEV. DTMF DEV. TONE DEV. SQ. in the narrow mode. Select "Wide" or "Narrow" for the Test mode using the up or down keys. When narrow is selected, the dot mark "." displayed at the extreme right of transceiver display. (E TYPE) First tune all item in the wide 5k mode. Then tune QT VCO BAL. QT TCXO BAL. DQT VCO BAL. DQT TCXO BAL. MAX DEV. DQT BAL. QT Fine DEV. DQT Fine DEV. DTMF DEV. TONE DEV. SQ. in the wide 4k mode. Select "W5k" or "W4k" for the Test mode using the up or down keys. When narrow is selected, the dot mark "." displayed at the extreme right of transceiver display. Frequency Adjustment Help Preset TX Frequency (precise) adjustment. Connect measuring devices to the transceiver and adjust the Carrier Frequency. Note: While adjusting, "FREQ ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) RF High Power Help Preset RF Power High level adjustment. This feature has 5 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the power. Note: While adjusting, "HPOW ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) RF Low Power Help Preset RF Power Low level adjustment. This feature has 5 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the power. Note: While adjusting, "LPOW ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) Max Deviation Help Preset Maximum Deviation level adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Tone (1 kHz) injection is required through an optional cable. Connect measuring devices to the transceiver and adjust the Maximum Deviation level. Note: While adjusting, "MAX ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) DQT Balance Help Preset DQT encode balance adjustment. This feature has 3 adjustment points to compensate for in-band frequency.(Mobile) Press tab key to change frequency.(Mobile) Connect measuring devices to the transceiver and adjust the wave form. Note: While adjusting, "BAL ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) QT Fine Deviation Help Preset QT encode level adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the QT encode level. Note: While adjusting, "FQT ***" is displayed on the transceiver. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) DQT Fine Deviation Help Preset DQT encode level adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the DQT encode level. Note: While adjusting, "FDQT ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) DTMF Fine Deviation Help Preset DTMF encode level adjustment. Connect measuring devices to the transceiver and adjust the DTMF encode level. Note: While adjusting, "DTMF ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) Single Tone Fine Deviation Help Preset Single Tone encode level adjustment. Connect measuring devices to the transceiver and adjust the Single Tone encode level. Note: While adjusting, "TONE ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) Sensitivity Help Preset the Sensitivity level adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change the frequency. (See the Service Manual for details) Note: While adjusting, "SENS ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease the setting. Press [Enter] to store the specified data in the transceiver. (See the Service Manual for details) Squelch(Tight) Help "Squelch(Tight)" is the squelch level 9 adjustment. Refer "Squelch level" in Optional Features screen. This feature has 3 adjustment points to compensate for in-band frequency.(Mobile) Press tab key to change frequency.(Mobile) Connect measuring devices to the transceiver and adjust the Preset Squelch Sensitivity. Note: While adjusting, "SQL9 ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) Squelch(Open) Help "Squelch(Open)" is the squelch level 3 adjustment. This feature has 3 adjustment points to compensate for in-band frequency.(Mobile) Press tab key to change frequency.(Mobile) Connect measuring devices to the transceiver and adjust the Preset Squelch Sensitivity. Note: While adjusting, "SQL3 ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) Print Tuning Data Help Print out currently memorized tuning data. Press [F5] to print out the tuning data. Battery Warning Level Help Preset the Battery Warning Level adjustment. Connect the appropriate measuring device to the transceiver and adjust the Battery Warning Voltage. While adjusting, "BATT ***" appears on the transceiver display. The table below shows the relationship between Low Voltage Warning and Battery Condition. Low Voltage Warning Battery Condition The red LED flashes The battery voltage is low but during transmission. the transceiver is still usable. The red LED flashes and The battery voltage is low and a continuous beep tone the transceiver is not usable sounds while pressing the PTT. to make calls. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press [F2] or [SPACE BAR] to transmit, adjust the voltage during transmission and adjust the Battery Warning Level. Press [Enter] to store the specified data in the transceiver. (See the Service Manual for details) QT VCO Balance Help Preset QT VCO Balance adjustment. This feature has 3 points adjustment to compensate an in band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the wave form. Note: While adjusting, "VQT ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) QT TCXO Balance Help Preset QT TCXO Balance adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the wave form. Note: While adjusting, "XQT ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) DQT VCO Balance Help Preset DQT VCO Balance adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the wave form. Note: While adjusting, "VDQT ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) DQT TCXO Balance Help Preset DQT TCXO Balance adjustment. This feature has 3 adjustment points to compensate for in-band frequency. Press tab key to change frequency. Connect measuring devices to the transceiver and adjust the wave form. Note: While adjusting, "XDQT ***" appears on the transceiver display. Range : 1 to 256 (steps of 1) Default: Last Adjustment Press the right- or left-arrow key to increase or decrease setting. Press [Enter] to store the specified data in the transceiver. (See Service Manual for details) Communication Port Help Select either COM1 or COM2 as the port for communicating with the transceiver. If the computer has only one communication port, the port is automatically set to COM1. 1. When "Communication port" is selected, the "Communication Port" window opens. If there is only a COM1 port on your computer, a window opens to report this fact. In this case, the communication port cannot be changed. 2. Select either "[COM1]" or "[COM2]". 3. Press [Esc] to complete the setting and restore the Channel Information window. Black & White Color Help Monochrome display mode. -- select & press [ENTER]. 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内容概要:本文研究了基于半定规划(SDP)模型求解最优潮流的方法,并提供了Matlab代码实现。通过将非凸的最优潮流问题转化为半定规划问题,利用凸优化理论求解,有效提升了求解的全局最优性和数值稳定性。文中详细阐述了SDP模型的构建过程,包括目标函数与约束条件的数学表达,以及如何利用YALMIP等工具调用求解器进行仿真计算,最后通过标准IEEE测试系统验证了该方法的有效性与优越性。; 适合人群:具备电力系统分析基础和Matlab编程能力的高校研究生、科研人员及从事电力系统优化调度的工程技术人员。; 使用场景及目标:①应用于电力系统运行与规划中的最优潮流计算,提高系统经济性与安全性;②作为研究凸松弛技术在电力系统中应用的教学与科研案例;③为含新能源接入的复杂电网提供可靠的优化计算支持。; 阅读建议:建议读者结合Matlab代码与文中公式对照学习,重点理解从原始非凸问题到SDP模型的转化逻辑,并尝试在不同测试系统上复现实验结果,以加深对SDP方法优势与局限性的认识。
数据融合状态估计基于KF、UKF、EKF、PF、FKF、DKF卡尔曼滤波KF、无迹卡尔曼滤波UKF、拓展卡尔曼滤波数据融合研究(Matlab代码实现)
内容概要:本文系统研究了卡尔曼滤波(KF)、扩展卡尔曼滤波(EKF)、无迹卡尔曼滤波(UKF)、粒子滤波(PF)、模糊卡尔曼滤波(FKF)以及去中心化卡尔曼滤波(DKF)等多种滤波算法在状态估计与数据融合中的理论基础与应用实践,重点探讨了它们在非线性、非高斯及分布式系统环境下的性能差异与适用边界。文章详细阐述了各类滤波器的数学模型、递推机制与核心假设,分析了其在实际工程中面对复合噪声、模型不确定性及通信延迟等问题时的鲁棒性表现,并通过Matlab代码实现多个仿真实验,验证了不同算法在INSGNSS导航、目标跟踪等典型场景中的估计精度、收敛速度与计算开销。研究指出,单一滤波方法存在适应性受限、精度与实时性难以兼顾等问题,进而提出多算法融合、智能优化与轻量化分布式架构是未来发展的关键技术方向,为复杂动态系统的高精度状态估计提供了系统的理论支持与实践参考。; 适合人群:具备信号处理、控制理论或相关工程背景,从事自动化、导航制导、传感器融合、目标跟踪、智能交通等领域的科研人员、工程师及硕士/博士研究生。; 使用场景及目标:① 深入理解KF、EKF、UKF、PF等主流滤波算法的原理差异与适用条件;② 掌握在非线性系统和多源异构数据融合中选择与设计滤波方案的能力;③ 借助Matlab代码开展算法仿真与性能对比,应用于导航、故障诊断、机器人定位等实际工程问题;④ 为研究自适应滤波、分布式状态估计及人工智能增强的智能滤波方法奠定基础。; 阅读建议:建议结合文中提供的Matlab代码进行动手实践,逐项运行并修改参数以观察不同滤波器在各类噪声环境与系统模型下的响应特性,重点关注其数值稳定性、估计偏差与计算效率的变化,从而深入理解算法本质与改进潜力。
MATLAB脑电图对静止与心算的分析:信号预处理、微分熵特征,以及受试者内与LOSO评估。.zip
1.版本:matlab2014a/2019b/2024b 2.附赠案例数据可直接运行。 3.代码特点:参数化编程、参数可方便更改、代码编程思路清晰、注释明细。 4.适用对象:计算机,电子信息工程、数学等专业的大学生课程设计、期末大作业和毕业设计。
awesome-shizuku-master.zip
awesome-shizuku-master.zip
餐厅管理系统(c语言)-下载即用.zip
源码链接: https://pan.quark.cn/s/1b4a0bb4a929 ### 餐厅管理系统(C语言)知识点解析 #### 标题:餐厅管理系统(C语言) 此项目致力于运用C语言来开发一套餐厅管理系统。系统的主要作用涵盖但不限于菜品管理、订单处理以及桌位安排等方面。 #### 描述:以C语言为开发工具,界面的设计并未深入,但基本功能均可实现,由于项目由两人协作完成,各自的源代码分别存放于两个头文件中。本项目的核心在于功能的实现而非用户界面的设计。项目由两位开发者共同推进,他们将各自负责的功能模块分别编写在不同的头文件里,目的是为了确保代码的清晰度与可维护性。 #### 标签:C语言 餐厅管理 - **C语言**:项目采用C语言作为开发语言。 - **餐厅管理**:项目的宗旨是为餐厅构建一个高效的管理系统。 #### 部分内容分析: 这部分内容主要涉及结构体定义与函数声明两个重要部分,我们将逐一进行深入分析。 ##### 结构体定义 - **菜品结构体** `struct cai`: - `numb`:用于标识菜品的编号。 - `cost`:代表菜品的价格。 - `caim`:存储菜品的名称。 - **菜单链表节点结构体** `struct cailist`: - 包含一个菜品结构体成员 `caicai0` 和一个指向下一个节点的指针 `next`。 - **餐桌结构体** `struct caidesk`: - 包含一个菜品结构体成员 `caicai0`。 - `amount`:记录订购的数量。 - 指向下一个餐桌节点的指针 `next`。 - **桌子结构体** `struct desk`: - `zhuohao`:用于标识桌子的编号。 - 包含...
MATLAB 应用设计器实现基于小波的去噪、压缩和非定常信号时频分析。.zip
1.版本:matlab2014a/2019b/2024b 2.附赠案例数据可直接运行。 3.代码特点:参数化编程、参数可方便更改、代码编程思路清晰、注释明细。 4.适用对象:计算机,电子信息工程、数学等专业的大学生课程设计、期末大作业和毕业设计。
MATLAB模拟代码,用于模型一致迭代最小二乘初始化的UKF(ILS-UKF)AUV跟踪,采用等梯度声速剖面及TDoA测量。.zip
1.版本:matlab2014a/2019b/2024b 2.附赠案例数据可直接运行。 3.代码特点:参数化编程、参数可方便更改、代码编程思路清晰、注释明细。 4.适用对象:计算机,电子信息工程、数学等专业的大学生课程设计、期末大作业和毕业设计。
【多变量输入超前多步预测】基于CNN-BiGRU的光伏功率预测研究(Matlab代码实现)
内容概要:本文研究了一种基于CNN-BiGRU模型的多变量输入超前多步光伏功率预测方法,并提供了完整的Matlab代码实现。该方法融合卷积神经网络(CNN)强大的局部特征提取能力与双向门控循环单元(BiGRU)对时间序列前后依赖关系的建模优势,能够有效捕捉光伏发电受光照强度、温度、湿度等多种气象因素共同影响下的复杂非线性动态特性,实现对未来多个时间步长的输出功率进行高精度预测。文中系统阐述了数据预处理流程、模型结构设计、训练优化策略及实验结果分析,通过对比验证了所提方法在提升预测准确性与稳定性方面的显著优越性。; 适合人群:具备一定机器学习基础和时间序列分析经验,从事新能源发电、电力系统调度、智能电网或相关领域研究的研发人员及高校研究生。; 使用场景及目标:①应用于光伏发电站的实际功率预测系统,提升电网调度的安全性、经济性与可再生能源消纳能力;②作为多变量时间序列超前多步预测的典型范例,用于科研学习、算法复现与教学演示;③为解决其他受多因素耦合影响的非线性预测问题(如风电、负荷预测)提供可借鉴的模型架构与技术路径。; 阅读建议:建议读者结合提供的Matlab代码进行实践操作,重点理解数据归一化、滑动窗口构造、CNN与BiGRU模块的协同机制、超参数调优及损失函数设计等关键环节,并尝试在不同气候区域的数据集上进行迁移验证,以深入掌握模型的泛化能力与优化潜力。
YOLO26算法实验室土壤颗粒分级目标检测+训练好的模型+808张数据集+pyqt可视化界面.zip
下方可见数据集可视化效果。 【数据集概况】 · 检测类别(中文):[零级颗粒(0), 17 19毫米颗粒(17 19), 20 22毫米颗粒(20 22), 23 25毫米颗粒(23 25), 小于17毫米颗粒(less than 17), 大于25毫米颗粒(more than 25)] · 训练集:563 张 · 验证集:162 张 · 测试集:83 张 · 总计:808 张 该数据集聚焦于实验室环境下土壤颗粒的视觉分级检测,通过高分辨率图像采集不同粒径范围的土壤样本,实现对颗粒尺寸类别的精准识别。数据集真实还原了土壤样品在白色背景下的堆叠形态,标注清晰、场景统一,为土壤工程、农业科学及地质研究领域提供了高质量的视觉分析基础,具有重要的科研与应用价值。... 【训练曲线与评估图】 【模型训练配置】 参数 | 值 模型 | yolo26n 训练轮数 | 100 epochs 输入尺寸 | 640x640 批次大小 | 24 优化器 | auto 初始学习率 | 0.01 训练设备 【关键指标汇总】 训练了 98 个 epoch,最终轮指标: 指标 | 数值 mAP50 | **0.8956** mAP50-95 | 0.5377 Precision | 0.7733 Recall | 0.8584 train/box_loss | 0.7627 train/cls_loss | 0.3666 val/box_loss | 1.3041 val/cls_loss | 0.6320 【训练过程分析】 98 轮训练后 mAP50 为 0.8956,模型基本收敛但还有提升余地。Loss 曲线下降正常,后期趋于平缓。mAP50-95 为 0.5377,和 mAP50 差距 0.36,定位精度是主要短板。 【模型性能评估】 Precision 0.7733、Recall 0.85...
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