Fruit Type(水果類型)到底是什麼？
Fruit Type 水果類型 - Oviposition events occurred in all fruit types assessed and no strong host preference was detected among these. [1] PREMISE Fruit type and morphology are tightly connected with angiosperm diversification. [2] Genomic data based on 1421 single-nucleotide polymorphism reveal clusters based on origin and fruit type, highlighting factors that driven the selection of the studied landraces. [3] Hence , in this work, three feature extractor/ descriptor which are local binary pattern (LBP), gray level co-occurrence matrix (GLCM) and, histogram of oriented gradient(HoG) has been proposed to extract fruite features , the extracted features have been saved in three feature vectors , then desicion tree classifier has been proposed to classify the fruit types. [4] To solve this problem, the development of information technology allows identification of fruit maturity and even detection of fruit types with the help of computers. [5] The goal was to evaluate differences between fruit types and compare landraces and genebank accessions from in situ accessions collected from farmers. [6] In this study, we choose lychee as a fruit type to investigate its surface quality. [7] Results and Discussion The acquired data can be used in laboratory vibration tests if is independent of the fruit type. [8] To demonstrate its practical applicability, the model is applied to Mekong Delta region, Vietnam, where a variety of fruit types, large yields, and high distribution demand in this region make designing a shared supply chain desirable for its overall economic, environmental, and social concerns. [9] Objective The aims of this work were to examine associations between intake of fruit types and 1) measures of glucose tolerance and insulin sensitivity and 2) diabetes at follow-up. [10] Smart billing system is used for identifying and classifying the fruit types and to calculate the bill amount based on the type and quantity of fruits purchased by the consumer. [11] Fruit type is a key reproductive trait associated with plant evolution and adaptation. [12] The strong interaction between time and infestation for all fruit types requires the selection of a suite of fruit-specific volatile biomarkers for the future development of an odorant-based sensor for detection of QFF infestation. [13] This classifier is used for identification and classification of fruit type. [14] Additionally, due to the diversity of fruit types in Rosaceae, this plant family offers excellent opportunities for investigations into fleshy fruit diversity, evolution, and development. [15] In this paper a deep neural network CNN is implemented by which the system is able to identify the fruit type and classified weather the fruit is healthy or diseased. [16] Future projections show a clear decrease in chilling for all regions and fruit types in Portugal. [17] Nuclear and plastid data confidently place Heptacodium with Caprifolieae, implying homoplasy in calyx morphology, ovary development, and fruit type. [18] Our study suggests that fruit type is a determinant of the success of endozoochorous seed dispersal by the brown bear. [19] The detection of vegetable and fruit types is done by color and geometrical features while all other features are considered for grading. [20] Fruit types were not significantly associated with parasitic contamination (p > 0. [21] Productivity analysis results revealed that a fruit type and peel condition reliably influenced productivity indicators at the value of 1 %. [22] For the fruit types where fly emergence occurred, we assessed the biological and physiological performance of the flies and compared these parameters with those recorded for flies reared on strawberries (Fragaria × ananassa Duchesne) (Rosales : Rosaceae) and an artificial diet. [23] In this study, we hypothesized that the suitability of a fruit type for fruit fly larval development is positively correlated with the ability of that fruit to act as a substrate/media for fruit fly symbiotic bacterial growth. [24] The fruit types include apple, orange, pear and lemon. [25] The results revealed that the suggested design achieved high sizing efficiency by using the machine at an angle of inclination of the tilted flat (Af) that corresponds to the coefficient of static friction of fruit types graded. [26] In this paper we establish a dataset containing images for a range of fruit types. [27] melanogaster was attracted to a range of different Saccharomycetaceae yeasts and this was independent of fruit type, D. [28] It was found that storage temperature, fruit type, and interaction between them were significantly affect the respiration rate. [29] Our analyses found that Solanaceae euFUL gene duplications, evolutionary rates, and changes in protein residues and expression patterns are not correlated with the shift in fruit type. [30] In this review, we summarized the main progress in evolutionary developmental genetics of fruit morphology (size and shape), morphological novelty of fruit accessory structures, and fruit types. [31] We collected seeds of 148 species from 237 sites spread across Mongolia and compared their weight among the major zonal vegetation types, taxonomic groups and a set of functional traits (growth form, dispersal mode, fruit type, storage organs and palatability). [32] Satisfactory differentiation of berries was achieved according to extraction solvent, fruit type, variety and production years. [33] The histochemical test showed that flavonoid was observed in the leaf epidermis, mesophyll, vascular bundles, secretory cavity, parenchyma and in all fruit types exocarp, mesocarp, endocarp. [34] In this survey, 174 soils and 26 different vegetable and fruit types were sampled from 15 areas around Sulaymaniyah and Halabja cities. [35] Since the fruit type is a schizocarp, the testa and the pericarp are inseparable. [36] Lasiodiploidia theobromae level in Dd AZ-C was higher than the other fruit types, confirmed by qPCR, indicating AZ-C secondary fungal infection of HLB fruit may exacerbate their abscission. [37] Thus, 165 tomato genotypes including different cultivars (landraces and modern genotypes) and fruit types (processing, big size, long shelf-life and cherry) were grown in open field under two different cultivation regimes: well-watered (WW, covering 100% crop evapotranspiration demands) and water deficit (WD, irrigation stopped one month after field transplantation). [38] We measured growth form, fruit type, maximum height, and maximum leaf size of each species, calculated the phylogenetic signal of each trait, and tested the Pearson correlation coefficients between NRI and NFRI of each trait. [39] In Solanaceae, ALC and SPT genes are expressed in leaves, and all floral organs, especially in petal margins, stamens and carpels; however, their expression changes during fruit maturation according to the fruit type. [40] We collected the seed rain for twelve months, classified and recorded the species for: sexual system; pollination and dispersion syndrome; and fruit type. [41] To differentiate between the fruit type, only geometrical features (12 features), other features are used in the quality evaluation of fruit. [42] The intensity of these changes depended on fruit type and used parameters of PEF. [43] Information about previous crops, fruit type, field size, transplanting date, first harvest date, and fungicides applied within 7 days and within 7 to 14 days prior to sampling was obtained from growers. [44] The pepper accessions were divided into two groups in a genetic structure analysis, and the two groups showed obvious differences in fruit type and geographical distribution. [45]產卵事件發生在所有評估的水果類型中，在這些水果中沒有檢測到強烈的寄主偏好。 [1] 前提 果實類型和形態與被子植物的多樣化密切相關。 [2] 基於 1421 個單核苷酸多態性的基因組數據揭示了基於起源和果實類型的簇，突出了驅動選擇所研究地方品種的因素。 [3] 因此，在這項工作中，提出了三種特徵提取器/描述符，即局部二值模式（LBP）、灰度共生矩陣（GLCM）和定向梯度直方圖（HoG）來提取水果特徵，提取的特徵有保存在三個特徵向量中，然後提出了決策樹分類器來對水果類型進行分類。 [4] 為了解決這個問題，信息技術的發展允許在計算機的幫助下識別水果成熟度，甚至檢測水果類型。 [5] 目的是評估水果類型之間的差異，並比較從農民那裡收集的原位種質的地方品種和基因庫種質。 [6] 在這項研究中，我們選擇荔枝作為水果類型來研究其表面質量。 [7] 結果與討論 如果與水果類型無關，所獲得的數據可用於實驗室振動測試。 [8] 為了證明其實際適用性，該模型應用於越南湄公河三角洲地區，該地區水果種類繁多、產量大、配送需求高，因此設計一個共享供應鏈對其整體經濟、環境和社會都是可取的。擔憂。 [9] 目的 這項工作的目的是檢查水果類型的攝入與 1) 葡萄糖耐量和胰島素敏感性的測量以及 2) 隨訪中的糖尿病之間的關聯。 [10] 智能計費系統用於對水果種類進行識別和分類，並根據消費者購買的水果種類和數量計算賬單金額。 [11] 果實類型是與植物進化和適應相關的關鍵生殖性狀。 [12] 所有水果類型的時間和侵擾之間的強烈相互作用需要選擇一套水果特異性揮發性生物標誌物，以便未來開發基於氣味的傳感器來檢測 QFF 侵擾。 [13] 該分類器用於水果類型的識別和分類。 [14] 此外，由於薔薇科果實類型的多樣性，該植物家族為研究肉質果實的多樣性、進化和發育提供了極好的機會。 [15] 在本文中，實現了一個深度神經網絡 CNN，系統通過該網絡能夠識別水果類型並分類水果健康或患病的天氣。 [16] 未來的預測顯示，葡萄牙所有地區和水果類型的冷藏都明顯減少。