Cover -- Half Title Page -- Title Page -- Copyright -- Contents -- List of Contributors -- About the Authors -- Part I: Transformation of Neuropsychology in the Digital Age -- 1: The Digital Evolution in Neuropsychology -- Section 1: Digital Transformation in Neuropsychological Assessment -- Introduction -- Past and Present: Paper-and-Pencil Tests -- The Rise of Computerized Neuropsychological Testing -- A Digital Revolution in Neuropsychology -- Mobile and Cloud-Based Assessments -- Passive Digital Biomarkers -- AI and ML -- Neurotechnology Integration

The Imperative for Continued Technological Evolution -- Section 2: Neuropsychologists and Digital Tools for Cognitive Health Management -- Population Cognitive Health Management -- Stepped Care for Neuropsychology -- Challenged to Utilization of Digital Tools in Clinical Settings -- Part II: Current Applications of Technology in Neuropsychology -- 2: Advancing Cognitive Health: Digital Screening Tools -- Introduction -- Overview of Digital Cognitive Screening Tools -- Cambridge Neuropsychological Test Automated Battery -- The Brain Health Assessment

Montreal Cognitive Assessment Digital Version -- Cognivue -- NIH Toolbox-Cognition Battery -- Neurotrack -- BrainCheck -- Integrated Cognitive Assessment -- Immediate Post-Concussion and Cognitive Testing -- The Cogstate Brief Battery -- NeuroTrax -- Central Nervous System Vital Signs -- The Quantified Behavioral Test -- The MicroCog -- MCI Screen -- Comparison of Tools by Use Cases -- Early Detection of MCI -- Concussion Assessments -- Processing Speed Tests -- Attention Tests -- Tests Validated in Pediatric Population -- Conclusions and Future Directions

3: Digital Tools for Assessing Cognitive Health in the Aging Brain -- Introduction -- Advantages of Digital Cognitive Assessment -- Challenges Related to the Use of Digital Cognitive Assessment -- Overview of Current Digital Cognitive Assessments in Aging Research -- Special Considerations for the Use of Digital Cognitive Assessments in Low-resource Settings and Diverse Populations -- Recommendations for Implementation of Digital Cognitive Assessments in Aging Research and Clinical Care -- Conclusion -- 4: Incorporating and Validating Digital Tools in Clinical Assessment -- Introduction

Psychometric Properties and Validation Considerations -- Reliability -- Validity -- Construct Validity -- Criterion Validity -- Ecological Validity -- Benefits of Integrating Digital Neuropsychological Assessment -- Enhanced Data Collection and Analysis -- Improved Diagnostic Precision Through Multimodal Assessment -- Efficiency and Accessibility Through Remote Administration -- Detailed Process Analysis -- Integration with Wearable Devices for Continuous Monitoring -- Scalability and Standardization for Large-scale Applications -- Data Collection and Interpretation Challenges and Opportunities