MICROCOMPUTER BASED REHABILITATION

虽然已经使用了许多康复方法来恢复基本的 认知和身体技能，没有一个能提供潜在的力量， 当前微型计算机技术的灵活性和普适性。这个 这里提出的研究有三个方面。首先，可能性将是 为一台标准微型计算机配备各种不同的 非传统输入方式。第二，将设计和开发软件 已实施，它呈现了涉及这些输入模式的复杂任务 独立的和组合的。第三，软件应用程序生成器 将被开发，以便治疗师可以创建专门的套装 培训计划，以满足每个患者的具体要求。这个 建议的诊断和治疗工具可以提供许多优于 常规康复。微型计算机的颜色属性， 声音和动作赋予了它某种内在的魅力和诱惑力 这使它成为一种高度激励的装置，并激发了 请注意。它将是一致的、客观的和可重复的方式 以其他方式是不可能的。

Although many rehabilitation approaches have been used to restore the basic cognitive and physical skills, none offers the potential power, flexibility, and universality of current microcomputer technology. The research proposed here is threefold. First, possibilities will be investigated for equipping a standard microcomputer with a wide variety of nontraditional input modalities. Second, software will be designed and implemented which presents thereapy tasks involving these input modalities independently and in combination. Third, software application generators will be developed so that the therapist can create specialized sets of training programs to meet the specific requirements of each patient. The proposed diagnostic and therapeutic tool can offer many advantages over conventional rehabilitation. The microcomputer's attributes of color, sound, and motion give it a certain inherent fascination and allurement that make it a highly motivational device and one which provokes attention. It will be consistent and objective and reproducible in ways that are not otherwise possible.