Create an outstanding, premium-quality, visually impressive university presentation in Persian (Farsi) for a 15–20 minute presentation in the course **Embedded and Real-Time Systems**. The presentation should look like it was designed by an expert presentation designer and an engineering researcher. It must be scientifically accurate, visually striking, cohesive, memorable, and easy to present confidently. Aim for the highest professional quality possible, not a generic template or a basic collection of text slides. ## Presentation title «نقش سیستمهای نهفته و بلادرنگ در کنترل پروتز هوشمند دست» Subtitle: «با نگاهی به سایر پروتزهای هوشمند» ## Essential requirements * Create **15 slides in the exact order specified below**. * All visible presentation text must be in Persian (Farsi), with correct right-to-left layout, natural Persian wording, correct typography, and readable text. * Use a sophisticated, consistent visual identity inspired by biomedical engineering, robotics, embedded electronics, and real-time control. * Use a dark navy and deep teal palette with white, silver, and restrained cyan highlights. * Use high-quality scientific illustrations, realistic robotic prosthetic imagery, technical sketches, clean diagrams, and elegant visual compositions. * Make every slide visually meaningful. Avoid generic stock-photo layouts, excessive text, oversized decorative elements, and repetitive visuals. * Use short, clear on-slide text and put fuller explanations in Persian speaker notes, if supported. * Prepare the presentation for a confident 15–20 minute oral delivery. * Ensure the content remains focused on the role of embedded and real-time systems. Do not turn the presentation into a general medical or robotics overview. * Keep the distinction between embedded systems, signal processing, and real-time requirements technically accurate. * Do not invent scientific statistics, device specifications, performance figures, citations, or university branding. * Make the presentation editable and exportable to PowerPoint (.pptx), if supported. * Do not display any prompt instructions, design notes, production notes, placeholders, or slide-building guidance in the finished presentation. ## Visual design direction Create a distinctive, premium engineering aesthetic. Use: * Deep navy and dark teal backgrounds. * White and pale-blue typography with restrained cyan highlights. * Elegant technical line drawings and blueprint-style illustrations. * Realistic mechanical details on prosthetic hands and other assistive devices. * Subtle circuit traces, EMG waveforms, microcontroller motifs, and technical annotations where relevant. * Strong visual hierarchy, generous negative space, balanced composition, and high contrast. * Consistent Persian typography and carefully aligned right-to-left layouts. Use a mix of full-width hero visuals, split layouts, scientific diagrams, and concise technical infographics. Vary the composition between slides while pres
Create an outstanding, premium-quality, visually impressive university presentation in Persian (Farsi) for a 15–20 minute presentation in the course **Embedded and Real-Time Systems**. The presentation should look like it was designed by an expert presentation designer and an engineering researcher. It must be scientifically accurate, visually striking, cohesive, memorable, and easy to present confidently. Aim for the highest professional quality possible, not a generic template or a basic collection of text slides. ## Presentation title «نقش سیستمهای نهفته و بلادرنگ در کنترل پروتز هوشمند دست» Subtitle: «با نگاهی به سایر پروتزهای هوشمند» ## Essential requirements * Create **15 slides in the exact order specified below**. * All visible presentation text must be in Persian (Farsi), with correct right-to-left layout, natural Persian wording, correct typography, and readable text. * Use a sophisticated, consistent visual identity inspired by biomedical engineering, robotics, embedded electronics, and real-time control. * Use a dark navy and deep teal palette with white, silver, and restrained cyan highlights. * Use high-quality scientific illustrations, realistic robotic prosthetic imagery, technical sketches, clean diagrams, and elegant visual compositions. * Make every slide visually meaningful. Avoid generic stock-photo layouts, excessive text, oversized decorative elements, and repetitive visuals. * Use short, clear on-slide text and put fuller explanations in Persian speaker notes, if supported. * Prepare the presentation for a confident 15–20 minute oral delivery. * Ensure the content remains focused on the role of embedded and real-time systems. Do not turn the presentation into a general medical or robotics overview. * Keep the distinction between embedded systems, signal processing, and real-time requirements technically accurate. * Do not invent scientific statistics, device specifications, performance figures, citations, or university branding. * Make the presentation editable and exportable to PowerPoint (.pptx), if supported. * Do not display any prompt instructions, design notes, production notes, placeholders, or slide-building guidance in the finished presentation. ## Visual design direction Create a distinctive, premium engineering aesthetic. Use: * Deep navy and dark teal backgrounds. * White and pale-blue typography with restrained cyan highlights. * Elegant technical line drawings and blueprint-style illustrations. * Realistic mechanical details on prosthetic hands and other assistive devices. * Subtle circuit traces, EMG waveforms, microcontroller motifs, and technical annotations where relevant. * Strong visual hierarchy, generous negative space, balanced composition, and high contrast. * Consistent Persian typography and carefully aligned right-to-left layouts. Use a mix of full-width hero visuals, split layouts, scientific diagrams, and concise technical infographics. Vary the composition between slides while pres
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این پروژه به بررسی مسائل و معماهای مرتبط با پروتزهای هوشمند میپردازد. در بخش اول، نقش سیستمهای نهفته و نیازهای کاربر بررسی میشود. بخش دوم به بلادرنگسازی و کنترل حرکتی پرداخته و زمانبندی و پردازش سیگنالها را شامل میشود. در نهایت، بخش سوم به مقایسه پروتزهای دست با پای انسان و ارزیابی شاخصهای مختلف مانند دقت و توان میپردازد.