目的探讨腹腔镜下子宫深静脉入路C型宫颈癌根治术治疗宫颈癌的疗效。方法2021年1月~2022年12月我院采用腹腔镜下子宫深静脉入路C型宫颈癌根治术+盆腔淋巴结清扫术±腹主动脉旁淋巴结切除术治疗58例宫颈癌。建立通道后,在阔韧带后叶...目的探讨腹腔镜下子宫深静脉入路C型宫颈癌根治术治疗宫颈癌的疗效。方法2021年1月~2022年12月我院采用腹腔镜下子宫深静脉入路C型宫颈癌根治术+盆腔淋巴结清扫术±腹主动脉旁淋巴结切除术治疗58例宫颈癌。建立通道后,在阔韧带后叶定位输尿管,分离输尿管后暴露子宫动脉,沿子宫动静脉背侧分离结缔组织,逐渐暴露子宫深静脉。将包绕子宫深静脉周围的宫旁淋巴结切除,单独送病理检查。继续向膀胱方向追踪子宫深静脉,游离其属支,血管夹双重夹闭。结果手术时间(307.2±54.1)min,出血量中位数50(20,100)ml,淋巴结清扫(26.3±6.9)枚,留置导尿管时间(20.6±4.7)d,拔除腹腔引流管时间(9.4±4.1)d,肛门排气时间(36.7±4.1)h,抗生素使用时间(9.2±4.2)d,住院时间(13.4±2.6)d。术后并发症发生率3.4%(2/58)。术后病理分期升级率为22.4%(13/58)。术后欧洲癌症研究治疗组织(European Organization of Research and Treatment of Cancer,EORTC)生活质量核心30问卷(Quality of Life Questionnaire-Core 30,QLQ-C30)评分较术前显著升高[(78.6±10.7)分vs.(47.1±7.6)分,t=17.177,P=0.000]。58例随访4~25个月,(13.5±6.2)月,无复发。结论腹腔镜下子宫深静脉入路C型宫颈癌根治术疗效确切、安全可靠。展开更多
Light hydrocarbon (methane, ethane, propane, butane and CO2) test and C isotopic analysis of CO are conducted for over 100 lower-layer atmospheric samples from the East China Sea slope and the Okinawa Trough. The resu...Light hydrocarbon (methane, ethane, propane, butane and CO2) test and C isotopic analysis of CO are conducted for over 100 lower-layer atmospheric samples from the East China Sea slope and the Okinawa Trough. The results show that the lower-layer atmosphere mainly consists of CO2 and then of CH4, and the CO2 concentrations are calculated to have a high average value of 0.87 omega/10(-2) about three times that of the regional background (0-3 omega/10(-2)). The result also shows that the average value of C isotope - 20.8 x 10(-3) is given to the CO2, inferring that it is inorganic gas. Thus, for the future 's work in the Okinawa Trough, special attention should be paid to CO2 hydrate, which is very possibly an important hydrate type.展开更多
目的为了提升生成对抗网络汉字风格迁移的图像生成质量,实现汉字智能生成在字库产业中的实际应用,提出了一种基于直观汉字构形学的条件生成对抗网络字体生成优化方法(Optimizationof Conditional Fonts Generation with Chinese Charact...目的为了提升生成对抗网络汉字风格迁移的图像生成质量,实现汉字智能生成在字库产业中的实际应用,提出了一种基于直观汉字构形学的条件生成对抗网络字体生成优化方法(Optimizationof Conditional Fonts Generation with Chinese Character Configuration GANs,C^(3)-GAN)。方法建构了直观汉字构形模组(C^(3)Module),该模组包含了利于条件生成对抗网络进行汉字构形语义特征学习的全特征汉字字符集。C^(3)-GAN在条件生成对抗网络模型下进行字体生成训练,降低了必要训练样本数量,实现对字体生成效果的优化。结果使用C^(3)-GAN生成汉字图像的清晰度更高、字形更准确。在图像相似性定量评估中,使用C^(3)-GAN的实验组相比于其他模型,获得了更高的相似值和更小的误差值。结论使用C^(3)-GAN可以降低必要训练样本数量、提升汉字图像质量。在实际项目中具有一定的应用性和可操作性。展开更多
Compared with common near space satellite Telemetry,Telecommand,and Communication(TT&C),deep space TT&C presents a more challenging environment such as long distance,very low Signal to Noise Ratio(SNR).How to ...Compared with common near space satellite Telemetry,Telecommand,and Communication(TT&C),deep space TT&C presents a more challenging environment such as long distance,very low Signal to Noise Ratio(SNR).How to acquire main carrier exactly becomes a hot focus for deep space communications.Already there emerged some main carrier acquisition algorithms,but they all require high SNR and small modulation index.In this paper,we develop a new acquire algorithm.First we use the spectral energy center algorithm to shorten the original sequence,filter out some noise and make the spectral more symmetric.Then we adopt the spectral symmetry algorithm to make full use of the whole spectrum information,and utilize FFT to reduce computation complexity.Simulation results show that our algorithm can acquire main carrier successfully under large modulation index and get good performance with low Carrier to Noise Ratio(CNR).展开更多
文摘目的探讨腹腔镜下子宫深静脉入路C型宫颈癌根治术治疗宫颈癌的疗效。方法2021年1月~2022年12月我院采用腹腔镜下子宫深静脉入路C型宫颈癌根治术+盆腔淋巴结清扫术±腹主动脉旁淋巴结切除术治疗58例宫颈癌。建立通道后,在阔韧带后叶定位输尿管,分离输尿管后暴露子宫动脉,沿子宫动静脉背侧分离结缔组织,逐渐暴露子宫深静脉。将包绕子宫深静脉周围的宫旁淋巴结切除,单独送病理检查。继续向膀胱方向追踪子宫深静脉,游离其属支,血管夹双重夹闭。结果手术时间(307.2±54.1)min,出血量中位数50(20,100)ml,淋巴结清扫(26.3±6.9)枚,留置导尿管时间(20.6±4.7)d,拔除腹腔引流管时间(9.4±4.1)d,肛门排气时间(36.7±4.1)h,抗生素使用时间(9.2±4.2)d,住院时间(13.4±2.6)d。术后并发症发生率3.4%(2/58)。术后病理分期升级率为22.4%(13/58)。术后欧洲癌症研究治疗组织(European Organization of Research and Treatment of Cancer,EORTC)生活质量核心30问卷(Quality of Life Questionnaire-Core 30,QLQ-C30)评分较术前显著升高[(78.6±10.7)分vs.(47.1±7.6)分,t=17.177,P=0.000]。58例随访4~25个月,(13.5±6.2)月,无复发。结论腹腔镜下子宫深静脉入路C型宫颈癌根治术疗效确切、安全可靠。
文摘Light hydrocarbon (methane, ethane, propane, butane and CO2) test and C isotopic analysis of CO are conducted for over 100 lower-layer atmospheric samples from the East China Sea slope and the Okinawa Trough. The results show that the lower-layer atmosphere mainly consists of CO2 and then of CH4, and the CO2 concentrations are calculated to have a high average value of 0.87 omega/10(-2) about three times that of the regional background (0-3 omega/10(-2)). The result also shows that the average value of C isotope - 20.8 x 10(-3) is given to the CO2, inferring that it is inorganic gas. Thus, for the future 's work in the Okinawa Trough, special attention should be paid to CO2 hydrate, which is very possibly an important hydrate type.
文摘目的为了提升生成对抗网络汉字风格迁移的图像生成质量,实现汉字智能生成在字库产业中的实际应用,提出了一种基于直观汉字构形学的条件生成对抗网络字体生成优化方法(Optimizationof Conditional Fonts Generation with Chinese Character Configuration GANs,C^(3)-GAN)。方法建构了直观汉字构形模组(C^(3)Module),该模组包含了利于条件生成对抗网络进行汉字构形语义特征学习的全特征汉字字符集。C^(3)-GAN在条件生成对抗网络模型下进行字体生成训练,降低了必要训练样本数量,实现对字体生成效果的优化。结果使用C^(3)-GAN生成汉字图像的清晰度更高、字形更准确。在图像相似性定量评估中,使用C^(3)-GAN的实验组相比于其他模型,获得了更高的相似值和更小的误差值。结论使用C^(3)-GAN可以降低必要训练样本数量、提升汉字图像质量。在实际项目中具有一定的应用性和可操作性。
基金Supported by the National Natural Science Foundation of China (No. 61032003 and No. 61021001)
文摘Compared with common near space satellite Telemetry,Telecommand,and Communication(TT&C),deep space TT&C presents a more challenging environment such as long distance,very low Signal to Noise Ratio(SNR).How to acquire main carrier exactly becomes a hot focus for deep space communications.Already there emerged some main carrier acquisition algorithms,but they all require high SNR and small modulation index.In this paper,we develop a new acquire algorithm.First we use the spectral energy center algorithm to shorten the original sequence,filter out some noise and make the spectral more symmetric.Then we adopt the spectral symmetry algorithm to make full use of the whole spectrum information,and utilize FFT to reduce computation complexity.Simulation results show that our algorithm can acquire main carrier successfully under large modulation index and get good performance with low Carrier to Noise Ratio(CNR).
