Studie von X-Ray, Scholz & Friends und Lowe über das Involvement von Twitter-Usern bei Fernseh-Sendungen. Fazit: TV-Sender verschenken viel Potenzial, indem sie ihre Zuschauer nicht aktivieren und mit ihnen kommunizieren.
Mehrzad Marashi gewinnt das Finale von "Deutschland sucht den Superstar". "Meister der Herzen" ist allerdings Menowin Fröhlich, wie die Twitter-Auswertungen des Mediendienstleisters X-Ray zeigen.
Venous and arterial blood gas analysis in the ED: What we know and what we don'tkellyam18
This presentation delivered at the International Conference on Emergency Medicine in Dublin summarises agreement between venous and arterial blood gas parameters and utility of venous blood gas analysis in emergency department clinical practice. It also highlights important gaps in our knowledge on this topic.
Are venous and arterial blood gas analysis interchangeable in ED assessment o...kellyam18
The document discusses whether venous and arterial blood gas analysis are interchangeable for assessing acute respiratory disease in the emergency department. It finds that while pH agreement is good, pCO2 agreement has wide limits. Venous pCO2 can screen for hypercarbia but not rule it out. Clinical context is important. Venous values may monitor trends if considered with symptoms. New methods calculate arterial values from venous samples plus oximetry with promising validation results. However, evidence for mixed disorders is limited.
Arterial Blood Gas Interpretation By Dr. Prashant KumarDr. Prashant Kumar
This document provides an overview of arterial blood gas interpretation. It begins by defining pH and listing normal arterial blood gas values. It then discusses the importance of interpreting an ABG rather than relying solely on pulse oximetry. The document outlines the Henderson-Hasselbalch equation and describes how to approach ABG interpretation using a 7-step method. It provides examples of interpreting common acid-base disorders and mixed disorders. The key physiological processes of alveolar ventilation, oxygenation, and acid-base balance are summarized.
The document discusses arterial blood gas interpretation and key concepts related to pH, PaCO2, PaO2, and bicarbonate levels. It covers the four equations used to interpret blood gases, focusing on the PaCO2 equation and how it relates to alveolar ventilation and carbon dioxide production. Hypercapnia, or elevated PaCO2, is explained as resulting from inadequate alveolar ventilation. Clinical assessment of hypercapnia is shown to be unreliable.
Studie von X-Ray, Scholz & Friends und Lowe über das Involvement von Twitter-Usern bei Fernseh-Sendungen. Fazit: TV-Sender verschenken viel Potenzial, indem sie ihre Zuschauer nicht aktivieren und mit ihnen kommunizieren.
Mehrzad Marashi gewinnt das Finale von "Deutschland sucht den Superstar". "Meister der Herzen" ist allerdings Menowin Fröhlich, wie die Twitter-Auswertungen des Mediendienstleisters X-Ray zeigen.
Venous and arterial blood gas analysis in the ED: What we know and what we don'tkellyam18
This presentation delivered at the International Conference on Emergency Medicine in Dublin summarises agreement between venous and arterial blood gas parameters and utility of venous blood gas analysis in emergency department clinical practice. It also highlights important gaps in our knowledge on this topic.
Are venous and arterial blood gas analysis interchangeable in ED assessment o...kellyam18
The document discusses whether venous and arterial blood gas analysis are interchangeable for assessing acute respiratory disease in the emergency department. It finds that while pH agreement is good, pCO2 agreement has wide limits. Venous pCO2 can screen for hypercarbia but not rule it out. Clinical context is important. Venous values may monitor trends if considered with symptoms. New methods calculate arterial values from venous samples plus oximetry with promising validation results. However, evidence for mixed disorders is limited.
Arterial Blood Gas Interpretation By Dr. Prashant KumarDr. Prashant Kumar
This document provides an overview of arterial blood gas interpretation. It begins by defining pH and listing normal arterial blood gas values. It then discusses the importance of interpreting an ABG rather than relying solely on pulse oximetry. The document outlines the Henderson-Hasselbalch equation and describes how to approach ABG interpretation using a 7-step method. It provides examples of interpreting common acid-base disorders and mixed disorders. The key physiological processes of alveolar ventilation, oxygenation, and acid-base balance are summarized.
The document discusses arterial blood gas interpretation and key concepts related to pH, PaCO2, PaO2, and bicarbonate levels. It covers the four equations used to interpret blood gases, focusing on the PaCO2 equation and how it relates to alveolar ventilation and carbon dioxide production. Hypercapnia, or elevated PaCO2, is explained as resulting from inadequate alveolar ventilation. Clinical assessment of hypercapnia is shown to be unreliable.
Basics In Arterial Blood Gas InterpretationDJ CrissCross
The document discusses the basics of interpreting arterial blood gas results. It provides information on obtaining blood gas samples from the radial artery, including the technique and potential complications. It then covers indications for arterial blood gases and explains parameters used in the Henderson-Hasselbach equation. Various acid-base disorders and their traditional nomenclature are defined. Formulas for predicting pH changes in respiratory acidosis and alkalosis are presented. Potential causes of each condition are also listed.
Pulmonary function tests provide objective measurements of lung function through various tests. Spirometry is the most basic and widely used test that measures volumes of air inhaled and exhaled over time through a spirometer. It can detect obstructive or restrictive lung diseases patterns based on evaluations of parameters like FEV1, FVC, FEV1/FVC ratio, and flow-volume loops. Other tests measure lung volumes, diffusion capacity, and assess ventilation/perfusion ratios to further characterize lung abnormalities. Together, pulmonary function tests provide quantifiable data to support diagnoses suggested by symptoms and physical exams.
This document provides an overview of arterial blood gas (ABG) analysis, including how to interpret an ABG test result. It discusses how an ABG measures oxygen, carbon dioxide, acidity levels and other values in arterial blood. The document outlines the technique for arterial blood sampling, including common sites and proper technique. It also discusses specimen care and transport. Finally, it provides guidance on how to interpret ABG results, including how to assess oxygenation/hypoxemia, acid-base disorders, and the compensatory responses of the body. Key areas like normal values, mechanisms of acid-base imbalances, and the steps to analyze an ABG result are summarized.
This document provides an overview of arterial blood gas interpretation. It discusses normal values for pH, PaCO2, HCO3, PaO2 and SaO2. It explains acid-base balance and the respiratory and metabolic mechanisms that control pH. A 3-step process is outlined for interpreting ABG results: 1) determine if acidosis or alkalosis based on pH, 2) evaluate the respiratory mechanism using PaCO2, and 3) evaluate the metabolic mechanism using HCO3. Compensation and combined disturbances are also addressed. Case examples are provided to demonstrate interpreting ABG results and diagnosing respiratory vs. metabolic causes of acid-base imbalances.
The document discusses various diagnostic procedures used in gastrointestinal (GIT) diseases. It describes structural tests like imaging techniques (X-rays, ultrasound, CT, MRI, endoscopy), functional tests (motility tests, pH monitoring, malabsorption tests), tests for infections like Helicobacter pylori, blood tests, and stool tests. Key diagnostic procedures mentioned include upper and lower endoscopy, capsule endoscopy, ERCP, EUS, biopsy, and hydrogen breath testing.
This document discusses arterial blood gas analysis, including the physiology of oxygenation and factors that influence hemoglobin's affinity for oxygen. It provides reference ranges for blood gas values and guidelines for interpreting results. Techniques for obtaining blood samples and potential complications are outlined. Blood gas analyzers and quality assurance procedures are also reviewed.
This document provides an overview of arterial blood gas analysis and interpretation. It discusses the key components of an ABG report including pH, PaCO2, PaO2, HCO3 and oxygen saturation. It outlines a 4 step method for ABG interpretation including identifying the primary disturbance, determining if it is respiratory or metabolic, and assessing for compensation. Several case examples are provided to demonstrate application of this analytical approach.
Arterial Blood Bas (ABG) Procedure and InterpretationLouie Ray
The document provides information about arterial blood gas (ABG) testing including the procedure, common terms, normal values, indications, contraindications, and complications. It describes how to perform an arterial puncture to obtain a blood sample including gathering supplies, locating the radial artery, administering local anesthesia, inserting the needle, applying pressure after removal to stop bleeding, and proper handling and labeling of the sample. The goals are to assess acid-base status, oxygenation, levels of carbon dioxide and bicarbonate, and to determine if issues lie with ventilation, oxygenation or metabolism.
The document discusses diagnostic procedures used in dentistry. It outlines various tests like thermal tests, electric pulp tests, mobility tests, and radiographs that are used to diagnose dental issues like pulp vitality, periapical lesions, and periodontal disease. The goal of diagnosis is to accurately identify the disease through signs, symptoms, and test results to determine the appropriate treatment.
Basics In Arterial Blood Gas Interpretationgueste36950a
This document provides guidelines for interpreting arterial blood gas results, including:
1. It describes how to summarize the acid-base and oxygenation status based on pH, PCO2, HCO3, PO2, and other values.
2. It outlines the steps to determine if a disturbance is respiratory or metabolic in nature, and whether it is acute or chronic.
3. Causes and compensation mechanisms for various acid-base imbalances like respiratory acidosis/alkalosis and metabolic acidosis/alkalosis are reviewed.
Lung volumes and capacities can be measured using spirometry. There are four lung volumes - tidal volume, inspiratory reserve volume, expiratory reserve volume, and residual volume. There are also five lung capacities, which are combinations of the lung volumes - inspiratory capacity, expiratory capacity, vital capacity, functional residual capacity, and total lung capacity. Spirometry is used to measure the volumes exhaled during a forced vital capacity maneuver, including the forced expiratory volume in 1 second (FEV1) and ratios like FEV1/FVC, to distinguish between obstructive and restrictive lung diseases.
Dr. Samaresh Das provides an overview of arterial blood gas analysis including:
1. Alveolar ventilation and oxygenation are important gas exchange processes measured by arterial blood gases. High alveolar ventilation brings in fresh oxygen while low ventilation results in carbon dioxide retention.
2. An arterial blood gas analysis aids in diagnosis, treatment planning, and monitoring patients on ventilators. It provides important information about a patient's acid-base and electrolyte status.
3. A stepwise approach is used to analyze primary versus secondary acid-base disorders and determine if additional disorders are present based on relationships between pH, PCO2, and HCO3 levels.
Bad Neuenahr Gesundheitstag 2011: Sprechstunde OsteoporoseNatur_und_Medizin
Offene Sprechstunde zum Thema Osteoporose, die Dr. Michael Elies auf dem Gesundheitstag in Bad Neuenahr durchgeführt hat. Organisiert von Natur und Medizin e.V.
This document provides guidance for integrated management of childhood illnesses for children aged up to 5 years. It outlines how to assess, classify, and treat sick young infants aged up to 6 months as well as sick children aged 6 months to 5 years. It describes how to check for general danger signs, ask about main symptoms, classify illnesses, and identify appropriate treatment plans. It also provides counseling guidance for mothers on feeding recommendations, hygiene, follow-up care, and when to return to the health worker.
Präsentation zu einem Vortrag, den ich am 17.03.2011 bei BITKOM Arbeitskreis Knowledge Managmement in Frankfurt halte. Näheres unter http://www.cogneon.de/node/4699
Multiscreen Experience (Mai 2012, IA Konferenz, Essen)Wolfram Nagel
Vortrag von Wolfram Nagel (digiparden GmbH) und Vorstellung des Projekts "Multiscreen Experience" auf der IA Konferenz 2012 in Essen (www.iakonferenz.org).
Die Gerätelandschaft wird immer dynamischer, fragmentierter und vernetzter. Zukünftig müssen Informationen und Services auf möglichst allen (relevanten) Screens und Ausgabekanälen verfügbar sein und geräteübergreifend funktionieren. In dem Vortrag stelle ich Prinzipien, Muster und Empfehlungen vor, die man bei der Konzeption von Multiscreen Projekten und der Entwicklung einer passenden Content Strategy berücksichtigen sollte.
Ein Blick in die Kristallkugel mit dem Ziel spannende und relevante Online-Trends für das Jahr 2004 hervorzusagen. Auf der Liste sind:
- Multimodal Interaction
- WAI
- PDF/Acrobat 6
- Blogging und RSS
- Digital Rights Management
- ENUM/E.164
- Anti-Spam
- Google Web API
- Grid Computing
- SOAP 2.0/XMLP
M.I.T Präsentation CeBit 2011 - Mobile Learning (Andreas Kohl)akmc
Mobile Learning
Wie Sie Möglichkeiten mobiler Kommunikation sinnvoll zum Lernen nutzen.
Hannover, 01.03.2011
CeBIT Webciety Speaker\\\'s Corner
M.I.T e-Solutions GmbH
Agentur für digitale Kommunikation
Andreas Kohl – Senior Sales Manager
Basics In Arterial Blood Gas InterpretationDJ CrissCross
The document discusses the basics of interpreting arterial blood gas results. It provides information on obtaining blood gas samples from the radial artery, including the technique and potential complications. It then covers indications for arterial blood gases and explains parameters used in the Henderson-Hasselbach equation. Various acid-base disorders and their traditional nomenclature are defined. Formulas for predicting pH changes in respiratory acidosis and alkalosis are presented. Potential causes of each condition are also listed.
Pulmonary function tests provide objective measurements of lung function through various tests. Spirometry is the most basic and widely used test that measures volumes of air inhaled and exhaled over time through a spirometer. It can detect obstructive or restrictive lung diseases patterns based on evaluations of parameters like FEV1, FVC, FEV1/FVC ratio, and flow-volume loops. Other tests measure lung volumes, diffusion capacity, and assess ventilation/perfusion ratios to further characterize lung abnormalities. Together, pulmonary function tests provide quantifiable data to support diagnoses suggested by symptoms and physical exams.
This document provides an overview of arterial blood gas (ABG) analysis, including how to interpret an ABG test result. It discusses how an ABG measures oxygen, carbon dioxide, acidity levels and other values in arterial blood. The document outlines the technique for arterial blood sampling, including common sites and proper technique. It also discusses specimen care and transport. Finally, it provides guidance on how to interpret ABG results, including how to assess oxygenation/hypoxemia, acid-base disorders, and the compensatory responses of the body. Key areas like normal values, mechanisms of acid-base imbalances, and the steps to analyze an ABG result are summarized.
This document provides an overview of arterial blood gas interpretation. It discusses normal values for pH, PaCO2, HCO3, PaO2 and SaO2. It explains acid-base balance and the respiratory and metabolic mechanisms that control pH. A 3-step process is outlined for interpreting ABG results: 1) determine if acidosis or alkalosis based on pH, 2) evaluate the respiratory mechanism using PaCO2, and 3) evaluate the metabolic mechanism using HCO3. Compensation and combined disturbances are also addressed. Case examples are provided to demonstrate interpreting ABG results and diagnosing respiratory vs. metabolic causes of acid-base imbalances.
The document discusses various diagnostic procedures used in gastrointestinal (GIT) diseases. It describes structural tests like imaging techniques (X-rays, ultrasound, CT, MRI, endoscopy), functional tests (motility tests, pH monitoring, malabsorption tests), tests for infections like Helicobacter pylori, blood tests, and stool tests. Key diagnostic procedures mentioned include upper and lower endoscopy, capsule endoscopy, ERCP, EUS, biopsy, and hydrogen breath testing.
This document discusses arterial blood gas analysis, including the physiology of oxygenation and factors that influence hemoglobin's affinity for oxygen. It provides reference ranges for blood gas values and guidelines for interpreting results. Techniques for obtaining blood samples and potential complications are outlined. Blood gas analyzers and quality assurance procedures are also reviewed.
This document provides an overview of arterial blood gas analysis and interpretation. It discusses the key components of an ABG report including pH, PaCO2, PaO2, HCO3 and oxygen saturation. It outlines a 4 step method for ABG interpretation including identifying the primary disturbance, determining if it is respiratory or metabolic, and assessing for compensation. Several case examples are provided to demonstrate application of this analytical approach.
Arterial Blood Bas (ABG) Procedure and InterpretationLouie Ray
The document provides information about arterial blood gas (ABG) testing including the procedure, common terms, normal values, indications, contraindications, and complications. It describes how to perform an arterial puncture to obtain a blood sample including gathering supplies, locating the radial artery, administering local anesthesia, inserting the needle, applying pressure after removal to stop bleeding, and proper handling and labeling of the sample. The goals are to assess acid-base status, oxygenation, levels of carbon dioxide and bicarbonate, and to determine if issues lie with ventilation, oxygenation or metabolism.
The document discusses diagnostic procedures used in dentistry. It outlines various tests like thermal tests, electric pulp tests, mobility tests, and radiographs that are used to diagnose dental issues like pulp vitality, periapical lesions, and periodontal disease. The goal of diagnosis is to accurately identify the disease through signs, symptoms, and test results to determine the appropriate treatment.
Basics In Arterial Blood Gas Interpretationgueste36950a
This document provides guidelines for interpreting arterial blood gas results, including:
1. It describes how to summarize the acid-base and oxygenation status based on pH, PCO2, HCO3, PO2, and other values.
2. It outlines the steps to determine if a disturbance is respiratory or metabolic in nature, and whether it is acute or chronic.
3. Causes and compensation mechanisms for various acid-base imbalances like respiratory acidosis/alkalosis and metabolic acidosis/alkalosis are reviewed.
Lung volumes and capacities can be measured using spirometry. There are four lung volumes - tidal volume, inspiratory reserve volume, expiratory reserve volume, and residual volume. There are also five lung capacities, which are combinations of the lung volumes - inspiratory capacity, expiratory capacity, vital capacity, functional residual capacity, and total lung capacity. Spirometry is used to measure the volumes exhaled during a forced vital capacity maneuver, including the forced expiratory volume in 1 second (FEV1) and ratios like FEV1/FVC, to distinguish between obstructive and restrictive lung diseases.
Dr. Samaresh Das provides an overview of arterial blood gas analysis including:
1. Alveolar ventilation and oxygenation are important gas exchange processes measured by arterial blood gases. High alveolar ventilation brings in fresh oxygen while low ventilation results in carbon dioxide retention.
2. An arterial blood gas analysis aids in diagnosis, treatment planning, and monitoring patients on ventilators. It provides important information about a patient's acid-base and electrolyte status.
3. A stepwise approach is used to analyze primary versus secondary acid-base disorders and determine if additional disorders are present based on relationships between pH, PCO2, and HCO3 levels.
Bad Neuenahr Gesundheitstag 2011: Sprechstunde OsteoporoseNatur_und_Medizin
Offene Sprechstunde zum Thema Osteoporose, die Dr. Michael Elies auf dem Gesundheitstag in Bad Neuenahr durchgeführt hat. Organisiert von Natur und Medizin e.V.
This document provides guidance for integrated management of childhood illnesses for children aged up to 5 years. It outlines how to assess, classify, and treat sick young infants aged up to 6 months as well as sick children aged 6 months to 5 years. It describes how to check for general danger signs, ask about main symptoms, classify illnesses, and identify appropriate treatment plans. It also provides counseling guidance for mothers on feeding recommendations, hygiene, follow-up care, and when to return to the health worker.
Präsentation zu einem Vortrag, den ich am 17.03.2011 bei BITKOM Arbeitskreis Knowledge Managmement in Frankfurt halte. Näheres unter http://www.cogneon.de/node/4699
Multiscreen Experience (Mai 2012, IA Konferenz, Essen)Wolfram Nagel
Vortrag von Wolfram Nagel (digiparden GmbH) und Vorstellung des Projekts "Multiscreen Experience" auf der IA Konferenz 2012 in Essen (www.iakonferenz.org).
Die Gerätelandschaft wird immer dynamischer, fragmentierter und vernetzter. Zukünftig müssen Informationen und Services auf möglichst allen (relevanten) Screens und Ausgabekanälen verfügbar sein und geräteübergreifend funktionieren. In dem Vortrag stelle ich Prinzipien, Muster und Empfehlungen vor, die man bei der Konzeption von Multiscreen Projekten und der Entwicklung einer passenden Content Strategy berücksichtigen sollte.
Ein Blick in die Kristallkugel mit dem Ziel spannende und relevante Online-Trends für das Jahr 2004 hervorzusagen. Auf der Liste sind:
- Multimodal Interaction
- WAI
- PDF/Acrobat 6
- Blogging und RSS
- Digital Rights Management
- ENUM/E.164
- Anti-Spam
- Google Web API
- Grid Computing
- SOAP 2.0/XMLP
M.I.T Präsentation CeBit 2011 - Mobile Learning (Andreas Kohl)akmc
Mobile Learning
Wie Sie Möglichkeiten mobiler Kommunikation sinnvoll zum Lernen nutzen.
Hannover, 01.03.2011
CeBIT Webciety Speaker\\\'s Corner
M.I.T e-Solutions GmbH
Agentur für digitale Kommunikation
Andreas Kohl – Senior Sales Manager
Die Mauern werden fallen - Unaufhaltsam auf dem Weg zum Unternehmen 2.0Stefan Pfeiffer
Warum ist das Unternehmen 2.0 nicht aufzuhalten? Vier Megatrends verstärken sich gegenseitig und reißen die traditionellen Mauern der Unternehmen (und Verwaltung) nieder. Zu den Trends einige Beispiele aus meinem Arbeitsalltag bei IBM und wie ich die Megatrends nutze.
Ein Blick in die Kristallkugel mit dem Ziel spannende und relevante Online-Trends für das Jahr 2008 hervorzusagen. Auf der Liste sind:
- Hackable Gadgets
- Rich Handy Platforms
- On/Offline-Applikationen
- WOA (Web Oriented Architecture)
- Clientcode Frameworks
- Enterprise 2.0
- Green IT
- User Generated Infrastructure
- Social Reputation Management / Open Social
- Amazon Webservices
Der Vortrag beleuchtet in Thesen, wie Social Media bzw. Social Software die Arbeitspraktiken in Unternehmen verändern und wie wir die Chancen und Herausforderungen dieser Innovationsimpulse bewältigen.
Ansätze und Chancen der Programmierung mobiler Endgeräte (2002)Axel Klarmann
Zum 10-jährigen Jubiläums des Vortrags ist ein wunderbarer Abgleich mit den geschehenen Entwicklungen möglich. Einige avisierte Entwicklungen sind durchaus Realität geworden, die Ansätze zur geschäftlichen Integration von mobile Computing waren ebenfalls bereits in Ansätzen erkennbar.
Open Source und Free Software unter WindowsMartin Leyrer
Die erste Assoziation zu Open Source und Freier Software ist oft eine GNU/Linux Distribution. Viele Anwender scheuen aber aufgrund der (vermuteten) Komplexität vor einem Wechsel auf das neue Betriebssystem zurück.
In diesem Talk möchte ich zeigen, dass man auch unter Windows eine Vielzahl von Open Source Anwendungen und Freie Software im täglichen Umgang mit dem PC einsetzen und so den sanfteren Wechsel zu einem freien Betriebssystem vorbereiten kann.
Mobile Technologien und Zugänge zum WWW erlauben neue Formen des Lernens und bieten vielfältige Potenziale. Mit deren Realisierung sind aber zugleich praktische und technische Herausforderungen
verbunden, die dem mobilen Lernen im WWW
Grenzen auferlegen. Der Beitrag stellt Herausforderungen bei der Realisierung mobiler Anwendungen im Web vor und beschreibt, mittels welcher Verfahren diese zu lösen sind. Anhand verschiedener Beispiele werden die Potenziale, aber auch die Grenzen erörtert, die Lernanwendungen im mobilen Web bieten.
Axel Wolpert: Computergestuetztes Lernen - Was geht heute? Ein Ueberblicklernet
Gehalten von Axel Wolpert (D-ELAN e.V.) auf der LERNET 2.0-Roadshow am 04.06.2009 in Osnabrück.
Mehr zu E-Learning und Wissensmanagement im Mittelstand unter: http://www.lernetblog.de
Dr. Lutz Goertz: Computergestütztes Lernen. Was geht heute? Ein Überblicklernet
Die verschiedenen Formen des digitalen Lernens.
Gehalten von Dr. Lutz Goertz (MMB-Institut für Medien- und Kompetenzforschung) auf der LERNET 2.0-Roadshow am 29.04.2009 in Bonn.
Mehr zu E-Learning und Wissensmanagement im Mittelstand unter: http://www.lernetblog.de
Axel Wolpert: Computergestütztes Lernen - Was geht heute? Ein Überblicklernet
Gehalten von Axel Wolpert (D-ELAN e.V.) auf der LERNET 2.0-Roadshow am 11.05.2009 in Chemnitz.
Mehr zu E-Learning und Wissensmanagement im Mittelstand unter: http://www.lernetblog.de
Vorstellung des Projekts "Multiscreen Experience" beim Season Opening der IxDA Berlin am 11. Januar 2012.
Die Gerätelandschaft wird immer dynamischer und fragmentierter. Generell muss zukünftig jedes Projekt für mehrere Screens und Ausgabekanäle gedacht und konzipiert werden. Wolfram stellt in dem Vortrag Prinzipien, Muster und Empfehlungen vor (es sind keine Patentrezepte!), die Hilfestellung bei der Konzeption von Multiscreen Projekten bieten sollen. Er beschreibt die Kombinationsmöglichkeiten der verschiedenen Screens, empfiehlt unterschiedliche konzeptionelle Ansätze, beschreiben die potentiellen Anwender und geht auf die Parameter für den Nutzungskontext ein. In dem Vortrag stellt er sowohl die Entstehung des Projekts als auch neue Ansätze und Muster vor.
Diskussion mit einer KI ? - Projekt Debater ! Beschleunigte Digitalisierung m...ADTELLIGENCE GmbH
Bei der Digital Konferenz The Future of AI & Big Data Analytis spricht Dr. Wolfgang Hildesheim, Director, Head of Watson & Artifical Intelligence. Sein Thema: Diskussion mit einer KI ? - Projekt Debater ! Beschleunigte Digitalisierung mit KI in Corona-Zeiten
Dr. Wolfgang Hildesheim ist ausgebildeter Hochenergiephysiker. Er arbeitete bei CERN und DESY. Nach mehr als zehn Jahren in Forschung und Beratung übernahm er die Position des Executive Vice President für weltweiten Vertrieb und Marketing eines Familienunternehmens im Bereich Big Data und Communication Intelligence. Als Vorstandsmitglied konnte er Umsatz und Gewinn deutlich steigern, insbesondere durch individuelle kundenspezifische Lösungen und eine starke Kundenorientierung.
2007 wechselte Dr. Hildesheim zu IBM, um die Automobil-, Luft- und Raumfahrt- und High-Tech-Praxis zu leiten. Seit 2009 leitete er das IBM Big Data Industry Solution Business in Europa und half Kundenunternehmen, mithilfe von Advanced Analytics datengesteuerter zu werden und geschäftlichen Wert zu schaffen.
Seit 2012 ist Dr. Wolfgang Hildesheim verantwortlich für den Aufbau und das Wachstum des Watson-, Data Science- und Artificial Intelligence-Geschäfts von IBM in Europa mit Schwerpunkt auf Deutschland, Österreich und der Schweiz. Watson Solutions sind die Antwort von IBM auf den aktuellen weltweiten Megatrend Artifical Intelligence (AI) und bieten unübertroffene intelligente Services und Wettbewerbsvorteile. Während die Risiken einer Super-KI in der öffentlichen Diskussion überschätzt und von Hollywood vorangetrieben werden, werden die Marktchancen für Wachstum und neue Arbeitsplätze im Zusammenhang mit Narrow AI-Technologien unterschätzt. Dr. Wolfgang Hildesheim präsentiert regelmäßig auf Konferenzen und Veröffentlichungen zum Thema KI. Er ist Mitglied der nationalen Kommission, um die Roadmap zur Standardisierung der KI für Deutschland voranzutreiben und Wettbewerbsvorteile zu schaffen.
IoT is often associated with developer boards such as the Raspberry PI or Arduino. However, IoT has not only played an important role under the slogan "Industry 4.0", many industry companies are using IoT in their production lines since years.
To show the potential of the Azure IoT in connection with industry components, we have took a conveyor belt, a sorting unit and sensor technologies built-in in a small flightcase. All these industry components are communicating directly to an Azure IoT Hub.
See how we can analyze the generated data with Stream Analytics and building Power BI dashbaords with streaming data. We will also show how we can interact with the components via cloud 2 device messages if the analysis shows errors or disfunctionalities and how Cortana Analytics can help minimize errors.
2. Der Referent Uwe Barth, Werkstudent memoray GmbH Studium Multimediatechnik Hochschule Mittweida (FH) Schwerpunkt: Programmierung E-Mail: [email_address] „ Der beste Weg, die Zukunft vorauszusagen, ist, sie zu gestalten.“ Willy Brandt (1913-92), dt. Politiker (SPD), 1969-74 Bundeskanzler
3. Übersicht 1. Das Produktionsszenario 2. Vorstellung MDA Vario III 3. E-Learning on mobile devices 4. Live - Demonstration 5. Anregungen und Zukunftsaussichten