新作 | YLH· IDEAL 匠筑：北雁湖 雁归来 — 合肥祥生·云境
作品详情：https://t.cn/A6GsbZnu
以街巷为主题，院为特色，以园林式组团的设计手法设计整个片区。
在审美趋同的当下，以文化表征的细节元素更能突出祥生云境文化特质与高雅而独立的人居品质。抽象提取大雁的雅形为整体元素，以重复序列雕刻贯穿整个体验空间。
与建筑及环境氛围，相互呼应，通过街巷的景观处理,材料以暖色调为主，运用铝板 玻璃，石材等主要材料，铝板采用氟碳喷涂镂空雕刻主题元素。
空间搭配透光云石及玻璃材质，增加空间通透感。自然纹理的石材镶嵌金属线条，增加立面的细节品质。
材料质感，色彩搭配，光线通透提升空间整体品质，营造现代轻奢的空间品质。
#建筑设计# #建筑[超话]# #建筑启示录# #我喜欢的建筑与设计##设计##艺术设计##设计美学##室内装饰##室内设计##好设计共欣赏##最炫打卡地##室内装修##建筑##建筑[超话]#
#室内设计[超话]## 室内家居装修设计##装修设计# #装修设计[超话]#
#设计美学##室内装饰##好设计共欣赏##家居装修#
作品详情：https://t.cn/A6GsbZnu
以街巷为主题，院为特色，以园林式组团的设计手法设计整个片区。
在审美趋同的当下，以文化表征的细节元素更能突出祥生云境文化特质与高雅而独立的人居品质。抽象提取大雁的雅形为整体元素，以重复序列雕刻贯穿整个体验空间。
与建筑及环境氛围，相互呼应，通过街巷的景观处理,材料以暖色调为主，运用铝板 玻璃，石材等主要材料，铝板采用氟碳喷涂镂空雕刻主题元素。
空间搭配透光云石及玻璃材质，增加空间通透感。自然纹理的石材镶嵌金属线条，增加立面的细节品质。
材料质感，色彩搭配，光线通透提升空间整体品质，营造现代轻奢的空间品质。
#建筑设计# #建筑[超话]# #建筑启示录# #我喜欢的建筑与设计##设计##艺术设计##设计美学##室内装饰##室内设计##好设计共欣赏##最炫打卡地##室内装修##建筑##建筑[超话]#
#室内设计[超话]## 室内家居装修设计##装修设计# #装修设计[超话]#
#设计美学##室内装饰##好设计共欣赏##家居装修#
#四六级倒计时# 三天掌握四六级翻译技巧（DAY 1）[草泥马]
【抓住主干，理清枝叶】
比如：反映在艺术和文学中的乡村生活理想是中国文明的重要特征。（2014 年 6月四级题目）
对于这句话的翻译首先应该抓住主干：
（反映在艺术和文学中的）乡村生活理想是中国文明的重要特征。
那么 ：The ideal rural lifestyle (reflected in the art and literature) is a great characteristic in Chinese civilization.
尝试下：巧妇难为无米之炊。巧妇（难）为（无米之）炊
直译：Even a good housewife cannot make meal without rice.
地道的翻译：Even a good housewife cannot make bricks without straw.
注：有点和写作一样需要提醒，千万不要犯太低级的语法错误，否则翻译得再好也会降到低分区哦~[嘘]
【抓住主干，理清枝叶】
比如：反映在艺术和文学中的乡村生活理想是中国文明的重要特征。（2014 年 6月四级题目）
对于这句话的翻译首先应该抓住主干：
（反映在艺术和文学中的）乡村生活理想是中国文明的重要特征。
那么 ：The ideal rural lifestyle (reflected in the art and literature) is a great characteristic in Chinese civilization.
尝试下：巧妇难为无米之炊。巧妇（难）为（无米之）炊
直译：Even a good housewife cannot make meal without rice.
地道的翻译：Even a good housewife cannot make bricks without straw.
注：有点和写作一样需要提醒，千万不要犯太低级的语法错误，否则翻译得再好也会降到低分区哦~[嘘]
【A Short-Term PV Power Forecasting Method Using a Hybrid Kmeans-GRA-SVR Model under Ideal Weather Condition】
Article by Jiemin Lin and Haiming Li, from Shanghai University of Electric Power, China.
The chaotic nature of the weather system makes the production of photovoltaic power generation highly random, volatile and intermittent, which greatly increases the difficulty of large-scale application of PV power generation. Considering economic and feasibility, photovoltaic power generation forecasting is one of the most promising solutions. And for the prediction of photovoltaic power generation, the ensemble method that mixes various effective methods is more effective and accurate. In this paper, a hybrid day-ahead photovoltaic power generation prediction model (HKGSVR) based on K-means++, grey relational analysis (GRA) and support vector regression (SVR) was proposed. Both historical power data and weather data were used to train the model. Moreover, samples of similar days and nearest neighbor similar days were used to train the prediction model. The results verify the effectiveness of the proposed model for short-term PV power prediction.
DOI: 10.4236/jcc.2020.811008 https://t.cn/A6GsZYtQ
Article by Jiemin Lin and Haiming Li, from Shanghai University of Electric Power, China.
The chaotic nature of the weather system makes the production of photovoltaic power generation highly random, volatile and intermittent, which greatly increases the difficulty of large-scale application of PV power generation. Considering economic and feasibility, photovoltaic power generation forecasting is one of the most promising solutions. And for the prediction of photovoltaic power generation, the ensemble method that mixes various effective methods is more effective and accurate. In this paper, a hybrid day-ahead photovoltaic power generation prediction model (HKGSVR) based on K-means++, grey relational analysis (GRA) and support vector regression (SVR) was proposed. Both historical power data and weather data were used to train the model. Moreover, samples of similar days and nearest neighbor similar days were used to train the prediction model. The results verify the effectiveness of the proposed model for short-term PV power prediction.
DOI: 10.4236/jcc.2020.811008 https://t.cn/A6GsZYtQ
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