Download Illusion Connect

Heed the call of justice and fight to defend reality!

Illusion Connect is a mobile real-time strategy game that allows you to build your Radiants, and socialize with them in a myriad of social modes! With more than 50 Radiants at your disposal, create your unique lineup to dominate the Nightmares!

[Features]

1. Exciting Real-time Battles

Experience fast-paced, real-time battles and command your Radiants using nothing but your fingertips. Become their leader and direct them in battle!

2. Tactical Combats

Devise various strategies by coordinating your chosen Radiants with the main character. Build awesome and powerful teams of Radiants to save the day!

3. A Radiant Cast of Heroes

Learn the backgrounds, personalities, experiences, and hobbies of each and every one of your Radiants! Recruit over 50 Radiants that have been fully designed in live 2-D, each customizable in variety of styles!

4. Grow with your Radiants

Spend time with the Radiants both in and out of combat to find out more about them. Your growing bond will manifest as an ever-strengthening bond of power against the Nightmares!

5. Design your Dream Home

Build a unique home and customize to your liking! Arrange your furniture and post your wallpapers! Make your home as comfortable as possible for your Radiants and enjoy life outside of combat!

6. Voiced by an All-star Cast

Ai Kayano, Hisako Kanemoto, Yui Ishikawa, Risa Taneda, Ami Koshimizu, Maaya Uchida, Ayane Sakura, Yumi Hara, Haruka Tomatsu, Aoi Yuki, Hitomi Nabatame, Takehito Koyasu, Kae Oki, Saori Hayami, Natsuki Hanae

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Illusion Connect Official Web:

[Contact Us]

Email: illusionconnect@superprismgames.com

The book is organized into eight chapters that flow from the current views of leadership as mostly a charisma laden practice, to setting the stage for leadership as networks and social capital, and finally on to exploring how leadership development needs to and is changing to accommodate the context and connections necessary for leaders today.

Download Illusion Connect

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Authors Hall and Janman put forth a humble yet knowledgeable tone in this book. They concede that this book will not be the literary version of sliced bread. Yet, it is clear they have thoughtfully considered the changing needs of leadership and leadership development in an ever more complex and globally interconnected world.

With a sophisticated look at recent studies and interpretations of experts, a penchant for metaphor and practical examples, and a folksy, first person storytelling approach, the authors bring forth a convincing promise for improved leadership with interpersonal connections and increased social capital based on bridging and bonding between individuals and groups.

Without shared memory, we need a way for collections of systems(computers or other endpoint devices) to communicate. To do so,they use a communication network.If every communicating pair of hosts would have a dedicated physicalconnection between them, then there would be no sharing of the networkinfrastructure and we have a true physical circuit.This is not practical since it limits the ability for arbitrary computers to talk witheach other concurrently. It is also incredibly wasteful in terms of resource use: the circuit would be present even if no data is flowing.

What is needed is a way to share the network infrastructure amongall connected systems.The challenge in doing so is to allow these systems to talk butavoid collisions, the case when two nodes on a networktransmit at the same time, on the same channel, and on the same connection. Bothsignals then get damaged and data does is not transmitted, or is garbled. This is themultiple access problem: how do you coordinate multiple transmitters on a networkto ensure that each of them can send their messages?

Packet switchingis the dominant means of data communication today. The packets in a packet-switchednetwork are called datagrams and are characterized by unreliable deliverywith no guarantees on arrival time or arrival order.Each datagram is fully self-contained with no reliance on previousor future datagrams.This form of communication is alsoknown as connectionless service. There is no need to set upa communication session and hence no concept of a connection.Neither routers nor endpoints need to maintain any state as theyhave to do with a virtual circuit; there is no concept ofwhere a system is in its conversation.

Ethernet provides packet-based, in-order, unreliable, connectionless communications.It occupies layers one and two of the OSI model. There is no acknowledgment ofpacket delivery. This means a packet may be lost or mangled and the sender will notknow. Communication is connectionless, which means that there is no need toset up a path between the sender and receiver and no need for either the senderor receiver to maintain any information about the state of communications; packetscan be sent and received spontaneously. Messages are delivered in the order theywere sent. Unlike IP-based wide-area networking, there are no multiple pathsthat may cause a scrambling of the sequence of messages.

Support the interconnection of networks.The Internet is a logical network that spansmultiple physical networks, each of which may have different characteristics. IP demandsnothing of these underlying networks except an ability to try to deliver packets.

Routers connect networks together. A router is essentially a dedicated computerwith multiple network links. It receives packets from one network and decides whichoutgoing link to send the packet.

The Internet Protocol (IP) is a network layer protocol that handles theinterconnection of multiple local and wide-area networks and the routinglogic between the source and destination.The Internet is a logical network whose data is transported by physical networks, such as Ethernet or Wi-Fi on the LAN or OTN (Optical Transport Networking), for example. The IP layer provides unreliable, connectionless datagram delivery of packets between nodes (e.g., computers).

TCP (Transmission Control Protocol) provides reliable byte stream(connection-oriented) service. This layer of software ensures thatpackets arrive at the application in order and lost or corrupt packets areretransmitted. The transport layer keeps track of the destination so theapplication can have the illusion of a connected data stream.

UDP (UserDatagram Protocol) provides datagram (connectionless)service. While UDP drops packets with corrupted data, it does not ensure in-orderdelivery or reliable delivery.

A related principle is fate sharing, which is also a drivingphilosophy of Internet design. Fate sharing states that it is acceptableto lose the state information associated with an entity if, at thesame time, the entity itself is lost. For example, it is acceptableto lose a TCP connection if a client or server dies. The argument isthat the connection has no value in that case and will be re-establishedwhen the computer recovers. However, it is not acceptable to losea TCP connection if a router in the network dies. As long as alternatepaths for packet delivery are available, the connection should remain alive.

With sockets that use a connectionless protocol (e.g., UDP),there is no need to establish a connection or to close one.Hence, there is no need for the connect, listen, or shutdownsystem calls. The sendto and recvfrom systemcalls were created to send and receive datagrams sincethe read and write system calls do not enable you to specifythe remote address. sendto allows you tosend a datagram and specify its destination. recvfrom allows you toreceive a datagram and identify who sent it.

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The https:// ensures that you are connecting to the official website and that any information you provide is encrypted and transmitted securely.

When a bright white disk revolves around a fixation point on a gray background, observers perceive a "spoke": a dark gray region that connects the disk with the fixation point. Our first experiment suggests that motion across the retina is both necessary and sufficient for spokes: The illusion occurs when a disk moves across the retina even though it is perceived to be stationary, but the illusion does not occur when the disk appears to move while remaining stationary on the retina. A second experiment shows that the strength of the illusion decreases with decreasing luminance contrast until subjective equiluminance, where little or no spoke is perceived. These results suggest that spokes originate at an early, predominantly luminance-based stage of motion processing, before the visual system discounts retinal motion caused by smooth pursuit. ff782bc1db