Mobile App has broken the barrier of classroom learning by enabling location based mobile learning.
>It enables students to learn on the go.
>Enables them provide Point of Sale Platform for their Products (eLearning Content).
>Creates additional revenue generation channels through online customer registrations, delivering the Courses online or through blended learning practices
>eCommerce business with a vertical focus on providing MarketPlace for eLearning Content Vendors, be it Individuals or Businesses
Growth in the use of mobile devices to access information and mobile learning market size are propelling the interest developing mobile learning content and solutions. In this presentation, ‘Mobile Learning Trends’ , Harvey Singh, founder of www.instancy.com and www.enlightus.com describes the key technologies and concepts that are shaping mobile learning design and development.
Mobile App has broken the barrier of classroom learning by enabling location based mobile learning.
>It enables students to learn on the go.
>Enables them provide Point of Sale Platform for their Products (eLearning Content).
>Creates additional revenue generation channels through online customer registrations, delivering the Courses online or through blended learning practices
>eCommerce business with a vertical focus on providing MarketPlace for eLearning Content Vendors, be it Individuals or Businesses
Growth in the use of mobile devices to access information and mobile learning market size are propelling the interest developing mobile learning content and solutions. In this presentation, ‘Mobile Learning Trends’ , Harvey Singh, founder of www.instancy.com and www.enlightus.com describes the key technologies and concepts that are shaping mobile learning design and development.
Planning for Technology Integration in the ClassroomTheophilus1213
Course Requirement in S-ICTE 04
TECHNOLOGY INTEGRATION IN THE LEARNING ENVIRONMENT
III - BSITE
BS in Information Technology Education
Philippine Normal University
El fantasma de unas terceras elecciones, en fin, asusta a todos. Tendremos Gobierno. Pero un Gobierno en precario. Claro está que mejor es un Gobierno en precario que el vacío institucional.
Planning for Technology Integration in the ClassroomTheophilus1213
Course Requirement in S-ICTE 04
TECHNOLOGY INTEGRATION IN THE LEARNING ENVIRONMENT
III - BSITE
BS in Information Technology Education
Philippine Normal University
El fantasma de unas terceras elecciones, en fin, asusta a todos. Tendremos Gobierno. Pero un Gobierno en precario. Claro está que mejor es un Gobierno en precario que el vacío institucional.
I desideri ci accendono, ci fanno “sognare”
I bisogni ci frenano, ci tengono “i piedi per terra”
Quanto lasciarsi andare al BISOGNO o quanto al DESIDERIO?
Sono proprio due energie contrarie? O segui l’una o l’altra?
Non è possibile trovare un “compromesso”?
Synthèse de la conférence Spectre et Innovation de l'agence nationale des fré...Didier Chaplault
Dans un contexte de demande en fréquences en forte croissance, une gestion efficace du spectre est indispensable. L’Agence nationale des fréquences met tout en oeuvre pour concilier innovation et gestion rigoureuse du spectre.
Le présent document est une synthèse des débats de la Conférence 2015. Les échanges portaient notamment sur les besoins en spectre des réseaux de demain et des transports du futur.
Hamnet is a highspeed digital radio network based on TCP/IP and BGP-routing. It interconnects automated hamradio stations and its services, such as Packet Radio, Allstarlink/Echolink/IRLP/DMR, APRS, Paging (POCSAG) and Amateur Television using radio links on the higher bands like 13cm, 6cm and 3cm. The dream of an amateur radio digital highspeed network has persisted for a long time. Unfortunately it isn't easy, nor cheap to home brew highspeed capable equipment. So we depend on available products on the market which could be modified to fit our needs.
Software projects were historically managed on a bet the farm model. They succeeded or they failed. And when they failed (as big software projects often did), the consequences were typically dire for, not only organizations as a whole, but for many of the individuals involved. Today, by contrast, many software and the development projects have evolved toward a much more incremental, iterative, and experimental process that takes cues from the open source model which excuses (and even rewards) certain types of failure.
In this session, we’ll discuss how failure can be turned into a positive. This includes the organizational dynamics associated with tolerating uncertain outcomes, the need to define acceptable failure parameters, and the technical means by which experimentation can be automated in ways that amplify the positive while minimizing the effect of negative outcomes.
Achieving Network Deployment Flexibility with Mirantis OpenStackEric Zhaohui Ji
This is the deck presented for Intel Network Builder.
No longer do we live in a world where you can build your networks around expensive, proprietary pieces of hardware and software. Technology moves so fast that you need to be able to keep up, and that means changing your network on demand. But how can you achieve that kind of flexibility while still maintaining the crucial aspects of performance and reliability?
In this webinar we'll look at the network agility provided by OpenStack, which enables you to gain all of the advantages of software defined networking and Network Functions Virtualization without having to compromise on basic requirements. We'll discuss:
•How Mirantis OpenStack enables enterprise and telecom networking
•The features your OpenStack distribution needs to enable NFV
•Using DPDK and SR-IOV to enhance Virtual Network Function performance
•Achieving a Highly Available OpenStack control plane with Multi-rack deployment
All the benefits and limitations of mobile learningEZTalks
People are recognizing the benefits of mobile learning. Mobile learning (M-learning) refers to learning with the help of mobile devices, laptops or other similar portable technologies
1. The consensus from the discussion group in Module 8 is that mobile learning uses
devices (handheld, mobile devices that are able to pick up on wifi networks) to
learn. It is a form of learning that is instant and that can be done anywhere.
The idea of mobile learning is both exciting, as it presents so many options that
have not been previously available, but also a bit hesitant (even in our University
classes, students often use mobile technologies for non-educational purposes…). At
the end of the day, the efficacy of mLearning comes down to, what I believe, 1 factor
– is the class engaging enough for students that they WANT to be participating in
the mLearning.
Using instant uploading of photos during a field trip, quick google searches during a
class discussion, or iPhone app math games during free time are all ways that I
would consider using mLearning in my classroom. When students are excited and
engaged in the content, they are much less likely to pull out their cell phones as a
distraction. We also have to be mindful of what we disallow – perhaps students are
texting each other about their assignment, or going on Facebook to schedule a time
that they can meet with their partner to work on a project. We have to have faith in
our students, and ensure that the learning experiences we are providing them are
meaningful enough that mobile devices will add to the outcomes.
Personal Thoughts on mLearning