| 1. | Studies indicate that the global adoption rate for foundation fieldbus is growing at a rapid pace
研究显示，全球采用基金会现场总线的速度在快速增长。 |
| 2. | Foundation fieldbus is here , active and proven in use to deliver quantifiable unmatched benefits
基金会现场总线在这儿，积极的用已验证的技术为用户提供无与伦比的收益。 |
| 3. | Taking foundation fieldbus ( ff ) for example , the optimization bandwidth algorithm of fieldbus is proposed
在此基础上，以基金会现场总线为实例，给出了现场总线通信带宽分配的优化算法。 |
| 4. | The application of foundation fieldbus technology to evaporator and boiler control system is researched
本文结合基金会现场总线技术，对工业过程中大量使用的蒸发器和锅炉进行了控制系统应用研究。 |
| 5. | This subject applies innovatively foundation fieldbus ( ff ) to the control system of high voltage electrostatic precipitator coal ash
本文创新性地将ff ( foundationfieldbus )基金会现场总线应用于煤输送线高压静电除尘系统中。 |
| 6. | The concept of the instantiation of fieldbus function blocks is proposed based on the characteristics of the foundation fieldbus function blocks
摘要首先介绍了基金会现场总线功能块的特点，在此基础上提出了功能块实例化的概念。 |
| 7. | To be certain , foundation fieldbus does not solve the operating issues of a plant but it does enable efficient solutions ; and it drives innovation
当然，基金会现场总线并不能解决工厂的运营问题，但它使得更有效的方案成为可能，而且它驱动创新。 |
| 8. | These are huge commitments by end users . they hold a vision of a truly integrated operating enterprise and the basis for that integration is foundation fieldbus
这是最终用户巨大的承诺。他们对一个真正集成的企业运作的先见之明通过基金会现场总线得到了实现。 |
| 9. | The structure of ff , the resource blocks position in ff system and its features are introduced . meanwhile , the algorithm and some important parameters are described in detail
介绍基金会现场总线的结构和资源块在ff系统中的位置及其特点。详细描述了实现其功能的算法和重要参数。 |
| 10. | In the first chapter , the history of fieldbus , the actuality of fieldbus technology , several popular fieldbus and the significance of developing hse fieldbus are introduced
论文第一章介绍了基金会现场总线的产生、发展，整个现场总线领域的现状、当前流行的几种现场总线以及开发hse现场总线的意义。 |
