臺灣國際科展

2021年

A deep learning-based home safety perception system for household service robot

In 2016, the population of people over the age of 65 in Macau was 11.2%. This means that Macau has a...

HYBRID COMPOSITE FROM X-RAY WASTE

This study considered the tensile and flexural characterization of new lighter and cheaper hybrid co...

同「鋅」協力 —— 以醇解法探討金屬鋅催化解聚 PET之反應

聚對苯二甲酸乙二酯 (PET) 是一種常見的合成高分子材料,其被應用的範圍相當廣泛,如產品包裝、手提袋等,然而隨著人類的過度使用,越來越多的 PET 產品被發現有回收不當的現象。 文獻指出,醇解法為一...

AUTONOMIC HEATING GLOVES

In today's world, medicine is very advanced, thanks to which many diseases that were previously cons...

Phytochemical screening and evaluation of antiangiogenic properties of sapinit (Rubus fraxinifolius) fruit crude extracts

Plants are potential low-cost alternatives for cancer treatment. Rubus fraxinifolius or “sapinit” ha...

Fabrication and Characterization of Biological Electrospinning Nanofiber Scaffold Based on Cellulose Diacetate-Gelatin-Green Tea for Tissue Engineering Applications

Tissue engineering has developed novel therapies such as many types of wound dressings, bio-pads, sc...

探討粒線體對果蠅卵巢生殖幹細胞維持的影響

幹細胞會進行不對稱分裂以維持組織恆定,一個子細胞分化為有特定功能的細胞,而另一個則維持其細胞潛能。粒線體能進行分裂和融合並維持動平衡。現今的研究已經了解,誘導型多能幹細胞(iPSC)的粒線體動平衡變化...

利用近端策略優化演算法結合內在好奇心模組進行2D雙足模型行走模擬

強化學習為當前AI領域的熱門話題,其特點是在環境的獎勵與懲罰下,進行學習。強化學習雖然較為困難,但其成功的項目都非常有名,其中最著名的例子有: AlphoGo、AlphaZero等等。 深度強化學習(...

塑膠微粒對大型蚤生殖的影響

塑膠微粒常見於自然環境中,若攝入塑粒是否會對生物生存造成威脅?本研究以塑粒及小球藻餵食大型蚤(Daphnia magna),以螢光顯微鏡觀察大型蚤腸道並監測小球藻濃度以推測大型蚤攝食情形,並監測新生水...

重金對抗-重金屬對水蘊草抗氧化活性之研究

本研究採用水蘊草做為水生植物材料,以0.1%、0.5%的鎂離子、鈣離子與銅離子為培養液,於一般光照、全光照與全黑暗的環境下,分析溶氧量、葉綠素a、總抗氧化活性與CAT活性的分析。 所得結果發現低濃度、...