Simple Module EPDYMO

Package: saors.EP_DYMO
File: src/EP_DYMO/EPDYMO.ned

The Epidemic DYMO

The Epidemic DYMO is a simple extention of the original DYMO MANET routing protocol that enables opportunistic routing as well. It is based on the SAORSBase system and extends the necessary hook functions. The methods used follow a epidemic forwarding technique. This method achieves the highest possible delivery in the current network configuration, with the tradeoff of very high traffic and high network congestion. This can cause multiple packet collisions, even in sparse MANETs.

See also: SAORSBase, SDDYMO, DTDYMO, RDYMO

Author:: Nikolaos Vastardis

Usage diagram:

The following diagram shows usage relationships between types. Unresolved types are missing from the diagram.

Inheritance diagram:

The following diagram shows inheritance relationships for this type. Unresolved types are missing from the diagram.

Extends:

Name	Type	Description
SAORSBase	simple module	The Socially-Aware Opportunistic Routing System Base

Parameters:

Name	Type	Default value	Description
ExcludedInterfaces	string	""	list of interfaces excluded by the manet routing protocol
interfaces	string	"prefix(wlan)"	list of routing interfaces were the routing protocol is active, the prefix(namei) indicate all the interfaces with "namei" in his names
usetManetLabelRouting	bool	true	the routing entries are marked IPRoute::MANET, this label force an exact search with independent of the mask
useICMP	bool	true	By default the module use the ICMP but it's necessary to activate with the method setSendToICMP(true)
setICMPSourceAddress	bool	false	set the datagram source address if the address is undefined to the address of node This parameter allow that the ICMP messages could arrive to the source applications
coreDebug	bool	false	debug switch for the core framework
RESPONSIBLE_ADDRESSES_PREFIX	int	-1	netmask of network this DYMO router is responsible for, -1 for self only
ROUTE_AGE_MIN_TIMEOUT	double	1s	string DYMO_INTERFACES = default("wlan"); // list of interfaces to run DYMO on, separated by a single space character string AUTOASSIGN_ADDRESS_BASE = default("10.0.0.0"); // start of address range from which to automatically assign an address to the DYMO_INTERFACES
ROUTE_AGE_MAX_TIMEOUT	double	60s
ROUTE_NEW_TIMEOUT	double	5s
ROUTE_USED_TIMEOUT	double	5s
ROUTE_DELETE_TIMEOUT	double	10s
MIN_HOPLIMIT	int	5	RREQs are first tried with this MsgHdr.HopLimit
MAX_HOPLIMIT	int	10	MsgHdr.HopLimit for last RREQ, as well as other DYMO control messages
RREQ_RATE_LIMIT	double	10	maximum average RREQs per second (token bucket)
RREQ_BURST_LIMIT	int	3	maximum RREQs in a burst (token bucket)
RREQ_WAIT_TIME	double	2s	how log to wait for a Route Request
RREQ_TRIES	int	3	how many times to retry a routing request before declaring the node unreachable
BUFFER_SIZE_PACKETS	int	50	maximum queue size in packets, -1 for no limit
BUFFER_SIZE_BYTES	int	75000B	maximum queue size in bytes, -1 for no limit
BEACON_TIMEOUT	double	30s
DTRT_DELETE_TIMEOUT	double	5000s
DLT_OUTSTANDINGRREQ_TIMEOUT	double	3s
NUM_COPIES	int	1
SEND_COPIES	int	0
SEND_COPIES_PC	int	0
EPIDEMIC	bool	false

Properties:

Name	Value	Description
class	EPDYMO

Gates:

Name	Direction	Size	Description
from_ip	input
to_ip	output

Statistics:

Name	Title	Source	Record	Unit	Interpolation Mode
RcvdDTMsgs	RcvdDTMsgs	RcvdDTMsgs	vector		none

Source code:

//
// <b> The Epidemic DYMO </b>
//
// The Epidemic DYMO is a simple extention of the original DYMO MANET
// routing protocol that enables opportunistic routing as well. It is
// based on the SAORSBase system and extends the necessary hook 
// functions. The methods used follow a epidemic forwarding technique.
// This method achieves the highest possible delivery in the current
// network configuration, with the tradeoff of very high traffic and
// high network congestion. This can cause multiple packet collisions,
// even in sparse MANETs.
//
// @see SAORSBase, SDDYMO, DTDYMO, RDYMO
//
// @author: Nikolaos Vastardis
//
simple EPDYMO extends SAORSBase
{
    parameters:
        @class(EPDYMO);

    gates:
}