Chapter
7. THE DNA DAMAGE INDUCED BY GSM 900 AND 1800 RADIATION IS ACCOMPANIED BY ACTIN CYTOSKELETON DAMAGE
Rhodamine-Conjugated Phalloidin Staining Assay
Double Staining with Rhodamine-Conjugated Phalloidin and TUNEL
8. THE BIO-EFFECT OF THE GSM RADIATION INCREASES WITH INCREASING DAILY EXPOSURE DURATION
BASIC EXPERIMENTAL CONCLUSIONS
A DISTINCT SIMILARITY OF EXPERIMENTAL RESULTS
BIOPHYSICAL MECHANISM FOR EMFs BIO-EFFECTS: THE ION FORCED-VIBRATION THEORY
BIOCHEMICAL MECHANISMS FOR DNA DAMAGE
1. Irregular Release of Hydrolytic Enzymes
DOSIMETRY OF EMFS EXPOSURES.IS SAR A CREDIBLE QUANTITY?
PROTECTION ISSUES. A POSSIBLE WAY FOR REDUCING RADIATION LEVELS WHILE MAINTAINING THE ABILITY OF COMMUNICATION
Chapter 2: MOBILE PHONES, MULTIMEDIA AND COMMUNICABILITY: DESIGN, TECHNOLOGY EVOLUTION, NETWORKS AND USER ISSUES
TELEPHONE EVOLUTION, MASS MEDIA, COMPUTER SCIENCE AND GLOBAL VILLAGE
COST FACTOR, TELECOMMUNICATIONS DIFFUSION AND DESIGN ASSESSMENT
HEURISTIC EVALUATION: TOWARDS A RELIABILITY OF THE RESULTS
HEURISTIC EVALUATION: ACHILLES HEEL
SAMPLE FOR HEURISTIC EVALUATION
SOFTWARE AND HARDWARE EXPANSION FOR MULTIMEDIA MOBILE PHONE: NEW TECHNOLOGIES, USERS AND MARKETING
HUMAN-COMPUTER INTERACTION AND INTERFACE DESIGN
ROCOCO OR MINIMALIST DESIGN FOR MOBILE INTERFACES
SETS AND SUBSETS OF THE MOBILE PHONES IN THE COMMUNICABILITY ERA
INTERNET NAVIGATION, APPLICATIONS AND E-COMMERCE MISCELLANEOUS
CONCLUSION AND FUTURE WORKS
Chapter 3: INCREASED GENETIC DAMAGE DUE TO MOBILE TELEPHONE RADIATIONS
2. BIOLOGICAL EFFECTS OF ELECTROMAGNETIC RADIATIONS
3. GENETIC DAMAGE ASSESSMENT
6. GENOTOXICITY TESTS APPLIED
6.2. Single Cell Gel Electrophoresis (SCGE) or Comet Assay
6.3. Statistical Analysis
7. PROFILE OF THE SUBJECTS STUDIED
Chapter 4: DESIGNING MOBILE PHONE INTERFACES FOR COLLABORATIVE LEARNING IN EVERYDAY LIFE
2. THEORETICAL REFERENTIAL
2.2. Mobile Collaborative Learning
2.3. Communities of Practice
3. MOBILITY AND COLLABORATION USING MULTIMEDIA: A NEW PERSPECTIVE FOR DEVELOPING INFORMAL EDUCATION
3.1. Multimedia in the Collaborative Learning
4. DESIGNING A MOBILE SOFTWARE APPLICATION FOR SUPPORTING EVERYDAY LEARNING: PROTOTYPE AND EXAMPLES
4.1. Prototype and Examples
4.2. Using Multimedia in the Mobile Collaborative Learning
5. INTERFACES, COMMUNITIES AND INFORMAL EDUCATION: DISCUSSING THE PROPOSED APPROACH
Chapter 5: INTERNATIONAL EXPANSION OF EUROPEAN OPERATORS: A DESCRIPTIVE STUDY
1. ORIGINS AND EVOLUTION OF EUROPEAN MOBILE COMMUNICATIONS
2. THE EXPANSION PROCESS OF EUROPEAN MOBILE OPERATORS IN EUROPEAN OECD COUNTRIES
The Internationalized European Operators in European OECD Countries
Internationalization from a Number of Subscribers’ Perspective
Internationalization from a Geographic Perspective
Strategic Decisions in the European Internationalization Process: Entry Mode
Strategic Decisions in the European Internationalization Process: Rebranding
The European Markets Shares of European Operators
A Map of the Internationalization Degree of the European Mobile Firms
Chapter 6: M-HEALTHCARE: COMBINING HEALTHCARE, HEALTH MANAGEMENT, AND THE SOCIAL SUPPORT OF THE VIRTUAL COMMUNITY
2.1. Illness Treatment – Mobile Healthcare Services
2.2. Illness Prevention – Mobile Health Management Services
3.1. Social Support and the Virtual Community
3.2. Mobile Virtual Communities and Health
Chapter 7: OLS-OPPORTUNISTIC LOCALIZATION SYSTEM FOR SMART PHONES DEVICES
2. CurrentState-of-the-Art
4. Seamless Sensor Fusion
4.1. Particle Filter Algorithm
5. Fingerprint Predictions for an Opportunistic Localization System
5.1. Fingerprint Prediction
6. Experiments and Discussion
6.1. Opportunistic Data Fusion
6.2. Fingerprint Prediction
Chapter 8: MOBILE PHONES AND INAPPROPRIATE CONTENT
MOBILE PHONES AND INAPPROPRIATE CONTENT