- 综合排序
- 最热优先
- 最新优先
- 来自专栏Ms08067安全实验室
【HTB靶场系列】靶机Carrier的渗透测试
今天要实验的是靶机Carrier。 ?
2.5K20发布于 2019-09-24 - 来自专栏Gnep's_Technology_Blog
GNU Radio之OFDM Carrier Allocator底层C++实现
一、OFDM Carrier Allocator 简介 OFDM Carrier Allocator：OFDM 子载波分配模块，也即串并转换模块。 1、make 函数 ofdm_carrier_allocator_cvc::sptr ofdm_carrier_allocator_cvc::make( int fft_len, const 智能指针 返回值是 ofdm_carrier_allocator_cvc::sptr，即指向 ofdm_carrier_allocator_cvc 的智能指针。 ofdm_carrier_allocator_cvc_impl::ofdm_carrier_allocator_cvc_impl( // 参数说明： int fft_len, ofdm_carrier_allocator_cvc_impl::~ofdm_carrier_allocator_cvc_impl() {} 三、OFDM 数据格式 经过子载波分配模块和 IFFT 后的
82020编辑于 2024-03-28 - 来自专栏Sentieon：文献解读
文献解读-Pathogenic variants carrier screening in New Brunswick: Acadians reveal hig
文献介绍标题（英文）：Pathogenic variants carrier screening in New Brunswick: Acadians reveal high carrier frequency
23410编辑于 2025-01-22 - 来自专栏赵化冰的技术博客
LFN ONAP Beijing Release Developer Forum: MSB to Support Carrier Grade ONAP Microservice Architectur
discuss the OMSA(ONAP Microservice Architecture): the vision of ONAP Microservice Architecture to support Carrier-Grade
41910编辑于 2022-08-01 - 来自专栏安富莱嵌入式技术分享
Arduino官方推出两款H747板子，Portenta H7和Portenta Carrier
高配版：Arduino Portenta Carrier 当前网上曝光出来的资料比较少。 1、带千兆以太网。 2、带USB，CAN，音频，相机，DisplayPort等接口。
93130发布于 2020-01-13 - 来自专栏历史专栏
【愚公系列】2022年01月 攻防世界-进阶题-MISC-80(Py-Py-Py)
, f) logger.info("Wrote carrier file as %s", carrier) finally: f.close() def _embedPayload = args.carrier _, ext = os.path.splitext(carrier) if ext == ".py": carrier = py_compile.compile (carrier, doraise=True) logger.info("Compiled %s as %s for use as carrier", args.carrier, carrier "store_true", help="Do not overwrite carrier file, install side by side instead.") file name for side-by-side install") base, ext = os.path.splitext(carrier) carrier =
1.1K30编辑于 2022-01-31 - 来自专栏醉梦轩
解决Android模拟器中修改IMSI后无法上网问题
-- This version must agree with that in apps/common/res/apns.xml --> <apns version="8"> <apn carrier -- T-Mobile Europe --> <apn carrier="T-Mobile UK" mcc="234" mnc="30" apn <apn carrier="中国移动 (China Mobile) GPRS" mcc="460" mnc="00" apn="cmnet" type="default, supl" /> <apn carrier="中国移动 (China Mobile) WAP" mcc="460" mnc="00" apn="cmwap" port= "80" proxy="10.0.0.172" type="default,supl" /> <apn carrier="中国移动彩信 (China Mobile)" mcc=
4.1K30发布于 2018-07-06 - 来自专栏怡文菌
JQ + PHP + TrackMore物流信息跟踪
empty($val['carrier_code'])? empty($val['carrier_code'])? "] = $carrier_code; $sendData["update_carrier_code"] = $update_carrier_code; $result empty($val['carrier_code'])? empty($val['carrier_code'])?$val['carrier_code']:null; $items['title'] = !
2.1K30编辑于 2022-12-15 - 来自专栏仙士可博客
链路追踪学习三:跨服务,跨进程追踪
traceId 首先,我们要了解,跨服务追踪需要有个traceId标识,以及其他需要传递的链路数据: carrier := opentracing.HTTPHeadersCarrier{} //声明一个数据载体 err := span.Tracer().Inject(span.Context(), opentracing.HTTPHeaders, carrier) //将span的数据格式化进载体 for key, value := range carrier { fmt.Printf("traceId: %v => %v \n", key, value) } 获取traceId以及组装父span做调用 获取到载体数据后,可通过http header,rpc等方式将数据传递,在调用方接收: var carrierHeader http.Header carrierHeader = http.Header(carrier ) //carrier为调用的数据,格式化为header carrier := opentracing.HTTPHeadersCarrier{} carrier.Set("uber-trace-id
94830编辑于 2022-04-25 - 来自专栏数据小魔方
R语言学习笔记之——数据处理神器data.table
data.table行索引 carrier <- unique(mydata$carrier) [1] "AA" "AS" "B6" "DL" "EV" "F9" "FL" "HA" "MQ" "VX" mydata[carrier %in% c("AA","AS"),.(carrier,tailnum)] ? 列索引的位置不仅支持列名索引，可以直接支持内建函数操作。 mydata[,. mydata[carrier %in% c("AA","AS"),. (carrier,origin)] ? 多分组计数。 mydata[,.N,by = .(carrier,origin)] ? 自定义名称： mydata[,. (carrier,origin)] mydata[,.(carrier_n = .N),by = .(carrier,origin)] ?
4.4K80发布于 2018-04-12 基于MATLAB的雷达波型设计仿真程序
脉冲波（Pulse）波形function pulse_waveform = generate_pulse_waveform(carrier_frequency, pulse_width, prf, duration 线性调频（LFM）波形function lfm_waveform = generate_lfm_waveform(carrier_frequency, bandwidth, pulse_width, fs 主程序% 主程序clc;clear;% 参数设置fs = 1e6; % 采样频率carrier_frequency = 10e6; % 载波频率pulse_width = 1e-6; % 脉冲宽度prf , duration, fs);pulse_waveform = generate_pulse_waveform(carrier_frequency, pulse_width, prf, duration = generate_step_freq_waveform(carrier_frequency, step_frequency, num_steps, pulse_width, fs);% 绘制波形
42110编辑于 2025-07-29- 来自专栏用户3288143的专栏
【数据分析可视化】分组和透视功能实战-航班数据分析
Desktop/数据分析可视化-数据集/homework/usa_flights.csv' df = pd.read_csv(link) df.head() flight_date unique_carrier flight_num origin dest arr_delay cancelled distance carrier_delay weather_delay late_aircraft_delay flight_num origin dest arr_delay cancelled distance carrier_delay weather_delay late_aircraft_delay 透视表功能 flights_by_carrier = df.pivot_table(index='flight_date', columns='unique_carrier') flights_by_carrier.head () actual_elapsed_time ... weather_delay unique_carrier AA AS B6 DL EV F9 HA MQ NK OO ...
77620发布于 2020-07-07 - 来自专栏Android知识分享
Carson带你学设计模式：单例模式（Singleton）
{ public StoreHouse mStoreHouse; public Carrier(StoreHouse storeHouse){ mStoreHouse = Carrier1 = new Carrier(mStoreHouse1); Carrier Carrier2 = new Carrier(mStoreHouse2); .MoveIn(30); System.out.println("仓库商品余量："+Carrier1.mStoreHouse.getQuantity()); Carrier2 Carrier1 = new Carrier(mStoreHouse1); Carrier Carrier2 = new Carrier(mStoreHouse2); .MoveIn(30); System.out.println("仓库商品余量："+Carrier1.mStoreHouse.getQuantity()); Carrier2
45160编辑于 2022-03-25 - 来自专栏Android知识分享
设计模式：这是最全面 & 详细的 单例模式（Singleton）分析指南
{ public StoreHouse mStoreHouse; public Carrier(StoreHouse storeHouse){ mStoreHouse = Carrier1 = new Carrier(mStoreHouse1); Carrier Carrier2 = new Carrier(mStoreHouse2); .MoveIn(30); System.out.println("仓库商品余量："+Carrier1.mStoreHouse.getQuantity()); Carrier2 Carrier1 = new Carrier(mStoreHouse1); Carrier Carrier2 = new Carrier(mStoreHouse2); .MoveIn(30); System.out.println("仓库商品余量："+Carrier1.mStoreHouse.getQuantity()); Carrier2
55130发布于 2019-02-22 - 来自专栏生信小驿站
R语言日常笔记（1）filter函数
, air_time)%>% filter(carrier == "UA") # A tibble: 58,665 x 6 flight carrier origin dep_delay arr_delay , arr_delay, air_time)%>% filter(carrier ! , air_time)%>% filter(carrier %in% c( 'AA' , 'AS' ))%>% count(carrier) # A tibble: 2 x 2 carrier (flight, carrier, origin, dep_delay, dep_delay, arr_delay, air_time)%>% filter(! carrier %in% c( 'AA' , 'AS' ))%>% count(carrier) # A tibble: 14 x 2 carrier n <chr>
23.3K30发布于 2019-07-16 - 来自专栏Go工具箱
go中url.ParseRequestURI和url.Parse函数的踩坑记
wifi=true&carrier=#Staysafe AIS&os=android 在这个url中有三个参数wifi、carrier和os。其中carrier值中包含有特殊字符 #。 wifi=true&carrier=#Staysafe AIS&os=android" urlObj, _ := url.Parse(attrRawUrl) fmt.Printf("urlObj ="，carrier的值是空，"#"号后面的值被填充到了Fragment字段中。 在使用urlObj.Values函数将RawQuery字段的字符串解析到map时，发现carrier后面的参数os竟然没有解析到。 wifi=true&carrier=#Staysafe AIS&os=android" urlObj, _ := url.ParseRequestURI(attrRawUrl) fmt.Printf
95210编辑于 2023-08-29 - 来自专栏PingCAP的专栏
为了证明它的速度，我们一口气对比了 Oracle、MySQL、MariaDB、Greenplum ...
6：按照航空公司统计 2007 年延误比例 select carrier, c, c2, c*100/c2 as c3 from (select carrier, count(*) as c from ontime where depdelay>10 and year=2007 group by carrier ) A inner join ( select carrier, count(*) as c2 from ontime where year=2007 group by carrier ) B using (carrier) order by c3 desc; 查询 7：按照航空公司统计 where depdelay>10 and year>=2000 and year<=2008 group by carrier ) A inner join ( select carrier, count(*) as c2 from ontime where year>=2000 and year<=2008 group by carrier ) B using (carrier) order
3.8K30发布于 2020-02-13 - 来自专栏网站教程
Linux系统添加自定义网卡并更改网卡接口
frame 0 TX packets 339 bytes 33150 (32.3 KiB) TX errors 0 dropped 0 overruns 0 carrier 0 frame 0 TX packets 112 bytes 9492 (9.2 KiB) TX errors 0 dropped 0 overruns 0 carrier frame 0 TX packets 356 bytes 35698 (34.8 KiB) TX errors 0 dropped 0 overruns 0 carrier overruns 0 frame 0 TX packets 0 bytes 0 (0.0 B) TX errors 0 dropped 0 overruns 0 carrier 0 frame 0 TX packets 112 bytes 9492 (9.2 KiB) TX errors 0 dropped 0 overruns 0 carrier
2.7K40发布于 2021-09-06 - 来自专栏腾讯云原生团队
OCGI：腾讯游戏应用的云原生实践
GameServer、Squad 由 Carrier controller 统一管理。 Dedicated Server 和 Carrier-SDK 作为一个整体，部署在同一个 K8s Pod Carrier Controller: 管理一组 GameServer （创建、更新、删除），维持 controller，用于 Carrier controller 在弹性伸缩、或者发布变更时，选择合适的副本进行删除。 更多参考Carrier SDK[13]。 [13] Carrier SDK: https://github.com/ocgi/carrier-sdk ?
5.1K42发布于 2021-06-08 5G通信LDPC码MATLAB仿真实现
simParameters.NumLayers=4;%传输层数simParameters.NTxAnts=8;%发射天线数simParameters.NRxAnts=8;%接收天线数%2.载波配置（30kHzSCS）carrier =nrCarrierConfig;carrier.NSizeGrid=52;%带宽（52RBs）carrier.SubcarrierSpacing=30;%子载波间隔carrier.CyclicPrefix ='Normal';%循环前缀类型carrier.NCellID=1;%小区ID%3.PDSCH配置pdsch=nrPDSCHConfig;pdsch.MappingType='A';%时隙级映射pdsch.SymbolAllocation rateMatchedBits);%OFDM生成%信道加噪rxWaveform=channel(txWaveform);%信道传播%同步与信道估计offset=nrOFDMSync(rxWaveform,carrier );%时频同步[rxGrid,~]=nrExtractResources(carrier,rxWaveform);%资源网格提取chEst=nrChannelEstimate(rxGrid,pdsch.DMRS
18710编辑于 2026-03-20
腾讯云开发者
Copyright © 2013 - 2026 Tencent Cloud. All Rights Reserved. 腾讯云 版权所有
深圳市腾讯计算机系统有限公司 ICP备案/许可证号：粤B2-20090059 
粤公网安备44030502008569号
腾讯云计算（北京）有限责任公司 京ICP证150476号 | 京ICP备11018762号