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Crochet You!: Make Unique and Inclusive Dolls for All with This Crochet Pattern Collection

為了解決Custom-made的問題，作者Amiel, Nathalie 這樣論述：

Nathalie Amiel is a designer/maker of custom-made crochet dolls. She has created thousands of bespoke dolls which represent the specific diversity and uniqueness of her clients and she wants to bring her knowledge and experience to a wider audience. Her ’Build Your Own Doll’ concept allows customers

to select a bespoke doll with different skin colours, hair type, outfits, body shapes and special accessories.

Custom-made進入發燒排行的影片

基於網路化監控系統於發光二極體之功率控制及其數據化分析的時間序列設計模式

為了解決Custom-made的問題，作者蒲里亞 這樣論述：

發光二極體(LEDs)的技術品是有節能效益、照度優、效能優、長壽命優，而被認為是許多光源應用中最佳來源之照明。然而影響LEDs的最大問題所在就是其壽命週期，包括LEDs的光效能下降或突然失效，而不穩定的正向電壓、不足的限制電流和高溫會導致LEDs光衰退的發生。所以能夠即時監控LEDs參數物理變化，以及在特定條件之下控制LEDs的功率及是減少光衰退的方法之一。本論文研究是基於應用Web的網路便利性方式來構建時間序列之參數監控化系統和一個LEDs電源控制系統，以樹莓派(Raspberry Pi)和ESP32作為系統的主要設備。為了讓系統介面給使用者方便來應用，建構兩個用戶界面(UI)，以及參數數

據存取方式和方便管理時間序列之資料庫數據，作為測量物理變化和執行動作由ESP32和ESP8266處理，並將傳輸和執行設備鏈結到系統，而蒐集數據與存取並藉由無線網路鏈結傳遞到Raspberry Pi，以完成更好的移動性與遠程使用MQTT發布/訂閱消息連接協議。因有Web的網路應用程序於即時監測和控制，任何設備可透過Web網路瀏覽器查詢。監控UI使用TIG (Telegraf, InfluxDB, and Grafana)堆疊技術，這是一個平臺的字體縮寫，對時間序列之參數與資料庫數據進行擷取、儲存、繪圖和警示。另外對電源控制UI是基於Web網路之應用方式來做使用HTML語言與Javascript構

建之程式，透過改變LEDs功率進行測試與實驗調整。實驗發現LEDs的驅動器能夠對LEDs使用者提供從0 V到22 V的電壓範圍設定和0 mA 到2,000 mA的電流範圍設定。

Introducing Microsoft Quantum Computing for Developers: Using the Quantum Development Kit and Q#

為了解決Custom-made的問題，作者Hooyberghs, Johnny 這樣論述：

Johnny Hooyberghs is a consultant for Involved, a Belgium based company centered on the design, development, and delivery of custom made software, where his expertise has been on .NET architecture and backend development. Prior to joining Involved, he was a software developer for Corilus. Johnny has

been passionate about .NET from its first release and possesses a deep knowledge of C#, .NET and .NET Core, ASP.NET, Entity Framework, Azure and ALM using the Microsoft Stack. He enjoys the occasional web development using JavaScript. For more than a decade, he has allocated a portion of his free t

ime to teaching .NET and C# for the adult education institute CVO Antwerpen. When he is not working or teaching, he can be found gaming, scuba diving, learning to play the piano, traveling the world and visiting as many theme parks as possible.

運用AHP分析個人化模組設計以運動鞋產業為例

為了解決Custom-made的問題，作者王冠樺 這樣論述：

The advancement in science and technology has brought in the era of smart industrial applications and created and opened the door of business opportunities in various industries, followed by market segmentation and changes in customer needs. Therefore, commercial trends of developing personalized p

roducts have also become an important factor for enterprises to compete in the globalized market. At present, the traditional product sales and design practices are based on standardized production as the main business model, which mainly avoids problems such as excess inventory and changes in order

s and demand. In addition, the cost of mass personalized manufacturing and product design is relatively high, so most vendors and manufacturers rely on standardization and batch production, making it more difficult to meet the needs of end consumers who want wide variety and high volume. The purpose

of this research is to construct a modular product design methodology that takes into account the optimal personalization, so when faced with the everchanging needs of consumer personalization, enterprises can design personalized products in a wide variety and high volume, shorten the research and

development time, and have flexible production to meet customer needs and satisfaction, further breaking through the current predicament with high volume standardized products and improving product competitiveness. The method is applied to insoles, a type of consumer goods that is in high demand and

has a great impact on users' health, to detect the real-time distribution of foot plantar pressure, with plugs put in to quickly provide personalized comfort for foot pressure, further achieving a business model of mass personalization. This method is expected to be adopted in the sports shoe indus

try and applied to product design of mass personalization and business model of end consumer goods.