Закрывая разрыв между общими книгами по программированию и теми, которые посвящены лабораторной автоматизации, эта своевременная книга делает доступным для каждого лаборанта или ученого то, что традиционно было доступно только высококвалифицированным специалистам. Следуя идее "обучения через действие", книга предоставляет введение в написание сценариев с использованием AutoIt, со множеством рабочих примеров, основанных на реальных сценариях. Большая часть книги посвящена традиционно сложной проблеме синхронизации приборов, включая удаленную и веб-ориентированную синхронизацию. Также рассматриваются автоматизированная обработка результатов, работа с базами данных и создание графических интерфейсов пользователя. Читатели этой книги могут немедленно извлечь пользу из новых знаний как в плане повышения эффективности, так и снижения затрат на работу лаборатории. Прежде всего, лаборанты и ученые узнают, что они свободны выбирать любое оборудование при конфигурировании автоматизированной аналитической установки, независимо от спецификаций производителей.
Closing the gap between theoretical frameworks and everyday life, this entirely practical book serves as a foundation for those seeking to augment their background while affording specialists easy access to subject material so dense and exclusive to just a few. By engaging in the philosophy of 'learning by doing', the reader is introduced to the process of charting out everything from basic programming to highly-sophisticated instrument setting. Many worked examples are based in actual laboratory scenarios, allowing you to see the proficiency in action and make additions to your repertoire quickly. Although the material covered may seem intimidating in its breadth, fortunately a significant section of literature explores the inexact 'how-to' of setting up complex laboratory routines. From instrument wiring to running with fragmented results, you will have everything laid out within easy reach. Importantly, users will gain a clear perspective as to how criteria for use of equipment can be seamlessly applied in relation to analysis. Lab technicians will find valuable insight into how their laboratory equipment choices can expand, while scientists searching for novel ways to process data will unravel new opportunities for exploration. This learning modality can serve as a lot more than an afterthought, but rather an essential framework permitting improvement of outcomes and efficiency without traveling the humble path of self-discovery. Indeed, by touching this solace, the recipient stands to reap genuine benefits: increased productivity and opportunities to cutting edge equipment options in lab design. Might lab techs choose discretion for less formal approaches in protocol, while scientist embrace something more interactive that goes beyond the method. In the final analysis, Control Lab Automation leaves readers with an expanded horizon, invaluable applicability, and a newfound sense of appreciation for the modern workplace struggle.
Электронная Книга «Practical Laboratory Automation» написана автором Matheus C. Carvalho в году.
Минимальный возраст читателя: 0
Язык: Английский
ISBN: 9783527801985
Описание книги от Matheus C. Carvalho
By closing the gap between general programming books and those on laboratory automation, this timely book makes accessible to every laboratory technician or scientist what has traditionally been restricted to highly specialized professionals. Following the idea of «learning by doing», the book provides an introduction to scripting using AutoIt, with many workable examples based on real-world scenarios. A large portion of the book tackles the traditionally hard problem of instrument synchronization, including remote, web-based synchronization. Automated result processing, database operation, and creation of graphical user interfaces are also examined. Readers of this book can immediately profit from the new knowledge in terms of both increased efficiency and reduced costs in laboratory operation. Above all, laboratory technicians and scientists will learn that they are free to choose whatever equipment they desire when configuring an automated analytical setup, regardless of manufacturers suggested specifications.
